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Ultrasonic Machining, Ultrasonic Impact Grinding, Rotary Ultrasonic Machining, Non-Conventional Machining, Custom Manufacturing - AGS-TECH Inc. New Mexico, USA I-Ultrasonic Machining & Rotary Ultrasonic Machining & Ultrasonic Impact Grinding Another popular NON-CONVENTIONAL MACHINING technique we frequently use is ULTRASONIC MACHINING (UM), also widely known as ULTRASONIC UKUSIYA OKUMTHELELA, lapho okubalulekile kukhishwa endaweni yokusebenza ngokucutshungulwa okuncane kanye nokuguguleka kwezinhlayiya ezilimazayo kusetshenziswa ithuluzi elidlidlizayo elizungezayo kumaza e-ultrasonic, okusizwa udaka olubi olugeleza ngokukhululekile phakathi kwendawo yokusebenza nethuluzi. Ihlukile kweminye imisebenzi eminingi yemishini evamile ngoba ukushisa okuncane kakhulu kukhiqizwa. Iphuzu lethuluzi le-ultrasonic machining libizwa ngokuthi “i-sonotrode” edlidliza kuma-amplitudes ka-0.05 kuya ku-0.125 mm namafrikhwensi azungeze u-20 kHz. Ukudlidliza kwethiphu kudlulisa isivinini esikhulu ezinhlamvwini ezilumayo phakathi kwethuluzi nangaphezulu kwendawo yokusebenza. Ithuluzi alilokothi lixhumane ne-workpiece ngakho-ke ingcindezi yokugaya akuvamile ukuba ibe ngaphezu kwamaphawundi angu-2. Lesi simiso sokusebenza senza lo msebenzi usebenze kahle ekwenzeni izinto zokwakha eziqine kakhulu neziphukayo, njengengilazi, isafire, irubi, idayimane, nezitsha zobumba. Izinhlamvu ezihlabayo zitholakala ngaphakathi kwe-slurry yamanzi ngokugxila phakathi kuka-20 kuya ku-60% ngevolumu. I-slurry iphinde isebenze njengomthwali wemfucumfucu kude nendawo yokusika / yomshini. Sisebenzisa njengezinhlamvu ezinamaqabunga ngokuvamile i-boron carbide, i-aluminium oxide ne-silicon carbide enosayizi wokusanhlamvu kusukela kwayi-100 ngezinqubo zokugoqa kuya ku-1000 ngezinqubo zethu zokuqeda. Inqubo ye-ultrasonic-machining (UM) ifaneleka kakhulu ezintweni eziqinile neziphukayo njenge-ceramics nengilazi, ama-carbides, amatshe ayigugu, izinsimbi eziqinile. Ukuphela kokusebenza kwe-ultrasonic machining kuncike ebukhuni be-workpiece/ithuluzi kanye nesilinganiso sobubanzi bezinhlamvu ezihuquzelayo ezisetshenzisiwe. Ithiphu yethuluzi ngokuvamile iyinsimbi enekhabhoni ephansi, i-nickel nezinsimbi ezithambile ezinamathiselwe ku-transducer ngesibambi samathuluzi. Inqubo ye-ultrasonic-machining isebenzisa ukuguqulwa kwepulasitiki kwensimbi kwethuluzi kanye nokuqina kwe-workpiece. Ithuluzi liyadlidliza futhi liphushele phansi odongeni olubi oluqukethe okusanhlamvu kuze kube yilapho izinhlamvu zithinta ucezu lomsebenzi oluphukayo. Phakathi nalokhu kusebenza, i-workpiece iphukile ngenkathi ithuluzi ligoba kancane kakhulu. Ngokusebenzisa ama-abrasives amahle, singakwazi ukufeza ukubekezelelana kwe-dimensional kuka-0.0125 mm futhi okungcono nakakhulu nge-ultrasonic-machining (UM). Isikhathi somshini sincike kubuningi lapho ithuluzi lidlidliza khona, usayizi wokusanhlamvu nobulukhuni, kanye ne-viscosity yoketshezi oludaka. Uma i-viscous encane i-slurry fluid, ingathwala ngokushesha i-abrasive esetshenzisiwe. Usayizi wokusanhlamvu kufanele ulingane noma ube mkhulu kunobulukhuni bomsebenzi wokusebenza. Njengesibonelo singakwazi umshini izimbobo eziningi eziqondanisiwe ezingu-0.4 mm ububanzi kumugqa wengilazi ongu-1.2 mm obanzi ngomshini we-ultrasonic. Ake singene kancane ku-physics yenqubo ye-ultrasonic machining. I-Microchipping in machining ultrasonic kungenzeka ngenxa yokucindezeleka okuphezulu okukhiqizwa yizinhlayiya ezishaya indawo eqinile. Izikhathi zokuxhumana phakathi kwezinhlayiya nezindawo zifushane kakhulu futhi zilandelana ngama-microsecond ayi-10 kuye kwayi-100. Isikhathi sokuxhumana singavezwa ngokuthi: kuya = 5r/Co x (Co/v) exp 1/5 Nansi i-r iyi-radius yezinhlayiya eziyindilinga, i-Co isivinini segagasi esinwebekayo endaweni yokusebenza (Co = sqroot E/d) futhi v yijubane uhlamvu olushaya ngalo phezulu. Amandla ezinhlayiyana eziwasebenzisayo endaweni atholakala ngesilinganiso sokushintsha komfutho: F = d(mv)/dt Nansi i-m inqwaba yokusanhlamvu. Amandla amaphakathi ezinhlayiya (izinhlamvu) ezishaya futhi ziphindaphindeka ukusuka phezulu yilezi: I-Favg = 2mv / kuya Nasi isikhathi sokuxhumana. Uma izinombolo zixhunywa kule nkulumo, siyabona ukuthi nakuba izingxenye zincane kakhulu, njengoba indawo yokuxhumana nayo incane kakhulu, amandla futhi ngaleyo ndlela ukucindezeleka okukhishwayo kuphezulu kakhulu ukuze kubangele i-microchipping kanye nokuguguleka. I-ROTARY ULTRASONIC MACHINING (RUM): Le ndlela iwukuhluka komshini we-ultrasonic, lapho sishintsha khona udaka olulumayo ngethuluzi elinama-abrasive edayimane aboshwe ngensimbi afakwe ngaphakathi noma afakwe ugesi endaweni yamathuluzi. Ithuluzi liyazungezisa futhi lidlidliza nge-ultrasonically. Sicindezela i-workpiece ngokucindezela njalo ngokumelene nethuluzi elijikelezayo nelidlidlizayo. Inqubo ye-rotary ultrasonic machining isinika amakhono afana nokukhiqiza izimbobo ezijulile ezintweni eziqinile ngamazinga aphezulu okususwa kwezinto. Njengoba sisebenzisa izindlela eziningi zokukhiqiza ezivamile nezingezona ezejwayelekile, singaba usizo kuwe noma nini lapho unemibuzo mayelana nomkhiqizo othile kanye nendlela esheshayo neyonga kakhulu yokukhiqiza nokuwenza. CLICK Product Finder-Locator Service IKHASI ELIDLULE

AGS-TECH, Inc. is a global manufacturer of fasteners and rigging hardware including shackles, eye bolt and nut, turnbuckles, wire rope clip, hooks, load binder, steel and synthetic plastic wires, cables and ropes, traditional ropes from manila, polyhemp, sisal, cotton, link chains, steel chain and more. Izixhumi, Ukukhiqiza izingxenyekazi zekhompuyutha Ukuze uthole ulwazi ngamakhono ethu okukhiqiza ama-fasteners, ungavakashela ikhasi lethu elizinikele ngokuchofoza lapha:Iya ekhasini le-Fasteners Kodwa-ke, uma ufuna i-Rigging Hardware, qhubeka ufunda bese wehlela phansi kuleli khasi. Izingxenyekazi zekhompuyutha I-hardware ye-rigging iyingxenye ebalulekile kunoma iyiphi isistimu yokuphakamisa, ukuphakamisa, ukubopha okubandakanya izintambo, amabhande, amaketanga ... njll. Izinga, amandla, ukuqina, impilo yonke kanye nokuthembeka kukonke kwe-hardware yokugebenga kungaba ibhodlela, isici esikhawulelayo uma umkhiqizo olungile wekhwalithi ephezulu ungakhethelwa amasistimu akho, noma ngabe muhle kangakanani ezinye izingxenye kukhona. Ungacabanga ngakho njengeketango, lapho iketango elilodwa elilimele lingabangela ukwehluleka kwalo lonke iketango. Imikhiqizo yethu ye-hardware yokugebenga ihlanganisa izinto eziningi ezifana nezilayida zezintambo, ama-clevise, okokufakwayo, amahhuku, amaketanga, ama-snap hook, izixhumanisi zokuxhuma, ama-swivel, izixhumanisi zokubamba, iziqeshana zezintambo zezintambo nokunye okuningi. Izintengo zezixhumi nezingxenye zezingxenyekazi zehadiwe depend on umkhiqizo, imodeli kanye nenani le-oda lakho. Kuphinde kuncike ekutheni udinga umkhiqizo ongekho eshalofini noma uyasidinga ukuthi senze ngokwezifiso izinsimbi kanye nezingxenye zehadiwe zokuqopha ukuze uthole imininingwane, imidwebo nezidingo zakho. Njengoba siphethe izinhlobonhlobo zokubopha kanye ne-rigging hardware nobukhulu obuhlukahlukene, izinhlelo zokusebenza, material grade kanye nokuhlanganisa; uma kwenzeka ungakwazi ukuthola umkhiqizo ofanelekayo ngezansi kwelinye lamakhathalogi ethu, sikukhuthaza ukuthi usithumele i-imeyili noma usishayele ukuze sikwazi ukunquma ukuthi yimuphi umkhiqizo okulungele kangcono. Uma usithinta, sicela uqiniseke ukuthi unikeza us olunye lwalolu lwazi olulandelayo: - Isicelo sezinto zokubopha noma umkhiqizo wehadiwe wokugebenga - Ibanga lezinto ezibonakalayo elidingekayo lezibophelelo zakho nezingxenye ze-hardware zokuqopha - Ubukhulu - Qeda - Izidingo zokupakisha - Izidingo zokulebula - Inani nge-oda ngalinye / Isidingo saminyaka yonke Sicela ulande izincwajana zethu zomkhiqizo ezifanele ngokuchofoza izixhumanisi ezinemibala ngezansi: I-Standard Rigging Hardware - Amaketanga I-Standard Rigging Hardware - I-Eye Bolt ne-Nut Standard Rigging Hardware - Turnbuckles I-Standard Rigging Hardware - Wire Rope Clip I-Standard Rigging Hardware - Izingwegwe I-Standard Rigging Hardware - Layisha i-Binder I-Standard Rigging Hardware - Imikhiqizo Emisha I-Standard Rigging Hardware - Insimbi Engagqwali I-Standard Rigging Hardware - Izintambo Zensimbi - Izintambo Zensimbi Nezintambo I-Standard Rigging Hardware - Izintambo Zepulasitiki Zokwenziwa I-Standard Rigging Hardware - Traditional-Ropes-Manila-Polyhemp-Sisal-Cotton XHUMANA CHAINS ibe nezixhumanisi ezimise okwe-torus. Asetshenziswa ku izingidi zamabhayisikili, njengamaketanga okukhiya, ngezinye izikhathi njengamaketanga okudonsa & okuphakamisa kanye nezinhlelo zokusebenza ezifanayo._d04a07d8-9cd1-3239-9149-20813b-78813d-7813d-7813b5813b5-9bbre-88888-8813d-7813d58-66668868866 136bad5cf58d_for-off-the-shelf link chain: I-Link Chains - Steel Chains - International Chains - Stainless Steel Chains and Accessories CLICK Product Finder-Locator Service IKHASI ELIDLULE

Embedded Systems - Embedded Computer - Industrial Computers - Janz Tec - Korenix - AGS-TECH Inc. - New Mexico - USA Amasistimu namakhompyutha ashumekiwe I-EMBEDDED SYSTEM iwuhlelo lwekhompiyutha oluklanyelwe imisebenzi ethile yokulawula ngaphakathi kwesistimu enkulu, ngokuvamile enezingqinamba zekhompuyutha zesikhathi sangempela. Ishumekwe njengengxenye yedivayisi ephelele ngokuvamile okuhlanganisa izingxenye zehadiwe nemishini. Ngokuphambene, ikhompuyutha yenhloso evamile, njengekhompuyutha yomuntu siqu (i-PC), yakhelwe ukuthi ibe nezimo futhi ihlangabezane nezinhlobonhlobo zezidingo zabasebenzisi bokugcina. Ukwakhiwa kwesistimu eshumekiwe kuqondiswe ku-PC ejwayelekile, lapho i-EMBEDDED PC iqukethe kuphela izingxenye ezidinga ngempela kuhlelo lokusebenza olufanele. Amasistimu ashumekiwe alawula amadivayisi amaningi asetshenziswayo namuhla. Phakathi kwama-EMBEDDED COMPUTER esikunikezayo kukhona i-ATOP TECHNOLOGIES, JANZ TEC, KORENIX TECHNOLOGY, DFI-ITOX nezinye izinhlobo zemikhiqizo. Amakhompyutha ethu ashumekiwe angamasistimu aqinile futhi athembekile okusetshenziswa ezimbonini lapho ukungasebenzi kungaba yingozi. Awonga amandla, aguquguquka kakhulu ekusetshenzisweni, akhiwe ngendlela efanayo, ahlangene, anamandla njengekhompuyutha ephelele, awana fan futhi awanawo umsindo. Amakhompiyutha ethu ashumekiwe anokushisa okuvelele, ukuqina, ukushaqeka kanye nokumelana nokudlidliza ezindaweni ezinokhahlo futhi asetshenziswa kakhulu ekwakhiweni kwemishini nefekthri, izitshalo zamandla namandla, izimboni zethrafikhi nezokuthutha, ezokwelashwa, eze-biomedical, i-bioinstrumentation, imboni yezimoto, amasosha, izimayini, i-navy. , osolwandle, i-aerospace nokunye. Landa incwajana yethu yemikhiqizo ehlangene ye-ATOP TECHNOLOGIES (Landa umkhiqizo we-ATOP Technologies List 2021) Landa incwajana yethu yomkhiqizo ohlangene wemodeli ye-JANZ TEC Landa incwajana yethu yomkhiqizo ohlangene wemodeli ye-KORENIX Landa incwajana yethu yezinhlelo ezishumekiwe zemodeli ye-DFI-ITOX Landa incwajana yethu yamakhompiyutha ebhodi elilodwa eshumekwe imodeli yethu ye-DFI-ITOX Dawuniloda incwajana yethu yamamojula wekhompuyutha yemodeli ye-DFI-ITOX Landa yethu imodeli ye-ICP DAS PACs Izilawuli Ezishumekiwe & nencwajana ye-DAQ Ukuze uye esitolo sethu samakhompiyutha wezimboni, sicela UCHOFOZE LAPHA. Nawa amakhompyutha ambalwa ashumekiwe adume kakhulu esiwanikezayo: I-PC eshumekiwe ene-Intel ATOM Technology Z510/530 I-PC Eshumekiwe Engenabalandeli I-PC System Eshumekiwe eneFreescale i.MX515 Amasistimu e-PC-Eqinile-Eshumekiwe I-Modular Embedded PC Systems I-HMI Systems kanye Nezixazululo Zezimboni Ezingenabalandeli Sicela ukhumbule njalo ukuthi i-AGS-TECH Inc. iyisididiyeli soBUNJINISA esisunguliwe kanye nomkhiqizi we-CUSTOM. Ngakho-ke, uma kwenzeka udinga okuthile okwenziwe ngokwezifiso, sicela usazise futhi sizokunikeza isixazululo sokhiye wokuvula esisusa iphazili etafuleni lakho futhi senze umsebenzi wakho ube lula. Dawuniloda incwajana yethu KALA UHLELO LOKUBAMBISANA Ake sikwethule kafushane ozakwethu abakha lawa makhompyutha ashumekiwe: I-JANZ TEC AG: I-Janz Tec AG, ibe ngumkhiqizi ohamba phambili wama-electronicssemblies kanye nezinhlelo zamakhompiyutha ezimboni eziphelele kusukela ngo-1982. Le nkampani ithuthukisa imikhiqizo yekhompuyutha eshumekiwe, amakhompyutha ezimboni kanye namathuluzi okuxhumana ezimbonini ngokwezidingo zamakhasimende. Yonke imikhiqizo ye-JANZ TEC ikhiqizwa eJalimane kuphela ngekhwalithi ephezulu kakhulu. Ngaphezu kweminyaka engama-30 yesipiliyoni emakethe, i-Janz Tec AG iyakwazi ukuhlangabezana nezidingo zekhasimende ngalinye - lokhu kuqala esigabeni somqondo futhi kuqhubeke ngokuthuthukiswa nokukhiqizwa kwezingxenye kuze kufike ekulethweni. I-Janz Tec AG ibeka amazinga emikhakheni ye-Embedded Computing, i-Industrial PC, ukuxhumana kwezezimboni, i-Custom Design. Abasebenzi be-Janz Tec AG bakhulelwa, bathuthukise futhi bakhiqize izingxenye zekhompiyutha ezishumekiwe namasistimu asekelwe kumazinga omhlaba wonke ashintshwa ngawodwana ukuze ahambisane nezidingo ezithile zekhasimende. Amakhompuyutha ashumekiwe e-Janz Tec anezinzuzo ezengeziwe zokutholakala kwesikhathi eside kanye nekhwalithi ephezulu kakhulu engenzeka kanye nenani eliphezulu lesilinganiso sokusebenza. Amakhompyutha ashumekwe we-Janz Tec ahlala esetshenziswa lapho amasistimu aqine kakhulu futhi athembekile adingeka ngenxa yezidingo ezenziwe kuwo. Amakhompiyutha emboni ye-Janz Tec akhiwe ngemodular futhi ahlangene akalungiswa kancane, awonga amandla futhi avumelana nezimo ngokwedlulele. Isakhiwo sekhompyutha sezinhlelo ezishumekiwe ze-Janz Tec ziqondiswe ku-PC evamile, lapho i-PC eshumekiwe iqukethe kuphela izingxenye ezidinga ngempela kuhlelo lokusebenza olufanele. Lokhu kusiza ukusetshenziswa okuzimele ngokuphelele ezindaweni lapho isevisi ibizobiza kakhulu. Naphezu kokuba amakhompyutha ashumekiwe, imikhiqizo eminingi ye-Janz Tec inamandla kangangokuthi ingakwazi ukumiselela ikhompuyutha ephelele. Izinzuzo zamakhompuyutha ashumekiwe omkhiqizo we-Janz Tec zisebenza ngaphandle kwefeni nokunakekelwa okuphansi. Amakhompiyutha ashumekiwe we-Janz Tec asetshenziswa ekwakhiweni kwemishini nezitshalo, ukukhiqizwa kwamandla namandla, ezokuthutha & nethrafikhi, ubuchwepheshe bezokwelapha, imboni yezimoto, ubunjiniyela bokukhiqiza nokukhiqiza nezinye izinhlelo zokusebenza eziningi zezimboni. Amaphrosesa, aqala ukuba namandla ngokwengeziwe, anika amandla ukusetshenziswa kwe-PC eshumekiwe ye-Janz Tec ngisho nalapho izidingo eziyinkimbinkimbi ezivela kulezi zimboni zibhekene nazo. Enye inzuzo yalokhu imvelo yehadiwe ejwayelekile konjiniyela abaningi kanye nokutholakala kwezindawo ezifanele zokuthuthukiswa kwesoftware. I-Janz Tec AG ibilokhu ithola ulwazi oludingekayo ekuthuthukiseni amasistimu ayo ekhompiyutha ashumekiwe, angashintshwa ukuze ahambisane nezidingo zamakhasimende noma nini lapho kudingeka. Ukugxila kwabaklami be-Janz Tec emkhakheni wekhompuyutha oshumekiwe kusesixazululweni esiphezulu esifanele isicelo kanye nezidingo zekhasimende ngalinye. Bekuhlala kuwumgomo we-Janz Tec AG ukuhlinzeka ngekhwalithi ephezulu yamasistimu, idizayini eqinile yokusetshenziswa kwesikhathi eside, kanye nenani elikhethekile lezilinganiso zokusebenza. Amaphrosesa esimanjemanje asetshenziswa kumasistimu ekhompyutha ashumekiwe yiFreescale Intel Core i3/i5/i7, i.MX5x ne-Intel Atom, Intel Celeron ne-Core2Duo. Ukwengeza, amakhompuyutha ezimboni ze-Janz Tec awagcini nje ngokufakwa izixhumi ezibonakalayo ezijwayelekile njenge-ethernet, i-USB ne-RS 232, kodwa isixhumi esibonakalayo se-CANbus siyatholakala futhi kumsebenzisi njengesici. I-PC eshumekiwe ye-Janz Tec ivamise ukungabi nabalandeli, ngakho-ke ingasetshenziswa nemidiya ye-CompactFlash ezimeni eziningi ukuze ingakhathalelwa. CLICK Product Finder-Locator Service IKHASI ELIDLULE

Filters for Pneumatics Hydraulics - Treatment Components - Air-Preparation Units - Filtration Systems - Regulators Izihlungi Nezingxenye Zokwelapha FILTERS susa ukungcola, amanzi, nokunye ukungcola okunganciphisa ukusebenza kahle futhi ekugcineni kucekele phansi imishini yomoya kanye ne-hydraulic. Izihlungi zethu zinamandla aphezulu okubamba ukungcola impilo ende, izindlela zokugeleza ezithuthukisiwe eziholela ekusebenzeni kahle kwamandla, futhi ezinye izihlungi zingazisa ngisho nabasebenzisi uma bedinga ukulungiswa. TREATMENT COMPONENTS_cc781905-3194-bb-5cde -136bad5cf58d_ ngakolunye uhlangothi ihlanganisa izisetshenziswa ezifana nezilawuli, izihlukanisi zenkungu, ezomisi, izinto zokugcoba, ama-adsorber lters aqeda iphunga. Kokubili ama-off-shelf kanye nezihlungi ezenziwe ngokwezifiso kanye nezingxenye zokwelashwa zingatholakala kithi. IZIHLUNGI ZE-PNEUMATIC NEZINKHIWO ZOKWELAPHA: Repairable-inline-filters izihlungi zomoya, ama-screwdriver amancane amathuluzi okuhlanganisa ama-screwdrivers amancane Amayunithi e-aluminium alula futhi ahlangene angafaka ngqo ngaphambi kwethuluzi lomoya. Izihlungi ezilungisekayo ezisemugqeni zandisa impilo yamathuluzi futhi zinciphise isikhathi sokuphumula ngokuthwebula izinhlayiya zakwamanye amazwe emoyeni. Izihlungi ezilungisekayo ezisemgqeni nazo zingasetshenziswa ezinhlelweni ezinomfutho ophansi we-hydraulic. Ezinye Air-Preparation Units zinokwakhiwa kwe-polymer engasindi kanye nezindawo ezibushelelezi, futhi ziwusizo embonini yokupakisha. Lokhu kufaka phakathi ukukhetha kwesihlungi sekhabhoni ecushiwe, kanye nezilawuli, okokugcoba, nezinye izingxenye zemojuli ezivumela ukuhlanganiswa okujwayelekile kanye ngokwezifiso. Amayunithi okulungiselela umoya angenziwa ngendlela oyifisayo ngamavalvu okukhiya ngaphandle noma aqala kancane, amabhlogo okusabalalisa, inhlanganisela yesilawuli sesihlungi, nezinye izesekeli. Isistimu ye-Rapid clamping ivumela abasebenzisi besistimu yethu yokuhlunga ukuthi basuse futhi babuyisele into eyodwa eqenjini ngaphandle kokuqaqa ezinye. Amanye amasistimu ethu ahlanganisa izihlungi ezisebenzisa amandla aphakathi nendawo ukuze ziphoqelele amanzi nezinhlayiya ezinkulu eziqinile ohlangothini lwendlu, lapho ziqoqana futhi ekugcineni ziconsele engxenyeni engezansi yesitsha. Isihlungi somoya sithatha izinhlayiya ezincane. Amayunithi ahlanganisa nezilawuli eziguquguqukayo kanye nezinto zokugcoba ezilawula ukuhlakazwa kwamafutha nge-valve yenaliti elungisekayo. Ukwehluka kuhlanganisa izihlungi zokupakisha kanye nezilawuli, izinketho zesitsha nezokudonsa amanzi. Izitsha zensimbi nezitsha zonogada seziyatholakala emikhiqizweni yokulungisa umoya eyimodulayo, ngaphezu kwezitsha ezijwayelekile ze-polycarbonate. Izitsha zensimbi zinamashubhu okubona enayiloni kanye namadrayini okwenziwa ngesandla noma okuzenzakalelayo wezihlungi. Amayunithi okulungiselela umoya angabandakanya okokuhlunga, izihlukanisi zenkungu, izilawuli, nezinto zokugcoba ezinhlanganisela ezihlukahlukene. Amanye amayunithi ethu e-modular ahlanganisa izilawuli zengcindezi, amavalvu avula/avaliwe kanye ne-soft-start, izihlungi, okomisa, nezinto zokugcoba, kanye nezinzwa ezididiyelwe zokulungiswa nokuqapha okukude. Amageji okucindezela okuhlukile axwayisa abasebenzisi uma ukwehla kwengcindezi kudlula inani elithile futhi isici kufanele sishintshwe. Wonke amamojula ethu angashintshwa ngaphandle kokuhlakaza lonke uhlelo. Amanye amayunithi angahlanganiswa namavalvu aqala kancane futhi akhipha umoya ngokushesha ukuze kuphume umoya ngokushesha phakathi nokuvalwa okuphuthumayo ezindaweni ezibaluleke kakhulu zokuphepha. Our Stainless Steel Air Preparation Units ihlanganisa izihlungi nazo zonke insimbi SS 316 izingxenye zensimbi engagqwali. Zonke izihlungi zezinhlayiya zisebenzisa ama-elementi ephakethe eliminyene ukuze kuqinisekiswe ukuthintana okuphezulu, ukwehla kwengcindezi encane, nempilo ende yomsebenzi. Amayunithi ensimbi engagqwali amelana nokuwohloka kwamakhemikhali futhi afaneleka kahle ukudla nesiphuzo, imithi, igesi yemvelo, ukuhlanza amanzi angcolile kanye nezinhlelo zokusebenza zasolwandle. Our Stainless Steel Three-Stage Filtration SystemIsusa umhwamuko wamanzi, izinhlayiya, namafutha emoyeni ocindezelwe kanye namagesi e-hydrocarbon ezindaweni ezigqwalayo. Idizayinelwe izinhlelo zokusebenza lapho umoya ohlanzekile nowomile ubalulekile ukuze kuvikelwe amathuluzi asebenza ezansi nomfula kanye nezinsimbi ezizwelayo ekuhlulekeni ngaphambi kwesikhathi. Isistimu yokuhlunga yezigaba ezintathu inezihlungi ezimbili ezijwayelekile ezisusa izinhlayiya namanzi, kanye nesihlungi sesithathu, i-coalescer yensimbi engagqwali, esusa uwoyela. Ezinye zezihlungi zethu ezezinhlelo zokusebenza ezigeleza kakhulu. Izihlungi Zethu High-Flow zifanele izinhlelo zokusebenza ezinzima ezidinga ukwehla kwengcindezi encane. Izindawo ezinkulu zokuhlunga zinikeza ukwehla kokucindezela okuphansi nempilo ende, futhi ipuleti le-deflector langaphakathi lidala ukushwibeka kokusakaza komoya ukuze kuqinisekiswe ukuhlukaniswa kwamanzi okusebenzayo nokungcola. Izihlungi zethu ezigeleza kakhulu zisebenzisa izitsha ezinomthamo omkhulu ezinciphisa imisebenzi yokulungisa. Our Compact Modular-Style Air Filters hlanganisa i-elementi nesitsha engxenyeni eyodwa, yenza lula Amayunithi mancane kakhulu uma kuqhathaniswa namanye futhi anciphisa izidingo zesikhala. Isitsha sabo simbozwe ngonogada besitsha obusobala, okuvumela ukuqapha okungama-360 degrees. Idizayini ye-modular ivumela ukuxhumana okulula nezinye izinto zokulungiswa komoya nezokwelashwa. I Energy Efficient Filters enzelwe ukunciphisa ukulahlekelwa kwengcindezi nokunciphisa izindleko zokusebenza zezinhlelo zomoya. Indawo yokungena yendlu ethi “bell-mouth” inikeza uguquko olubushelelezi, olungenasiphithiphithi oluvumela umoya ungene kuzihlungi ngaphandle kokuvinjelwa. Indololwane ebushelelezi engu-90° iqondisa umoya kusici sokuhlunga, inciphisa ukuxokozela nokulahlekelwa kwengcindezi. Amanye amamodeli ezihlungi zethu ezonga amandla futhi ahlanganisa ama-vane aphendukayo emkhathini ashanela kahle umoya kuso sonke isihlungi; kanye nabasabalalisi be-flow ephezulu kanye nama-conical diffuser aphansi ahlinzeka ngokugeleza okungenazinxushunxushu kuyo yonke imidiya, okuhlanganisa nengxenye ephansi kakhulu ye-elementi. Lokhu kwandisa kakhulu ukusebenza kwezihlungi futhi kunciphisa ukusetshenziswa kwamandla. Ama-elementi ajule kanye nemidiya yokuhlunga ephathwe ngokukhethekile inendawo enkulu kakhulu yokuhlunga uma iqhathaniswa nezihlungi ezigoqiwe ezivamile kanye nezici zokuhlunga eziyizinselele. Ama-elementi anciphisa kakhulu ukulahlekelwa kwengcindezi kanye nokusetshenziswa kwamandla kulezi zihlungi. IZIHLUNGI ZAMAHYDRAULIC NEZINXANYE ZOKWELAPHA: Ngaphezu kwama-90% akho konke ukwehluleka kwesistimu ye-hydraulic kubangwa ukungcola oketshezini. Ngisho noma ukwehluleka kungenzeki, amazinga aphezulu okungcoliswa angehlisa kakhulu ukusebenza kahle kokusebenza. Ukungcola, okuyizinto zangaphandle, izinhlayiya, izinto ezisohlelweni lwamanzi, kungaba khona njengegesi, uketshezi noma okuqinile. Amazinga aphezulu okungcola asheshisa ukuguga kwezingxenye, anciphisa impilo yesevisi futhi andise izindleko zokuyilungisa. Ukungcola kungena ohlelweni kusuka ngaphandle (ukungenisa) noma kwenziwa ngaphakathi (ukungena). Amasistimu amasha avame ukuba nokungcola okushiywe ngemuva kokukhiqiza nokuhlanganisa. Uma zingahlungiwe njengoba zingena kusekethe, kokubili uketshezi lwangempela noketshezi lokuzilungisa kungenzeka kuqukethe ukungcola okuningi kunalokho isistimu engakwazi ukukubekezelela. Amasistimu amaningi angenisa ukungcola ngokusebenzisa izakhi ezifana neziphefumula komoya ezingasebenzi kanye nama-cylinder rod seal agugile ngesikhathi sokusebenza. Ukungcola okusemoyeni kungathola ukungeniswa ngesikhathi sokuseviswa noma ukunakekelwa okujwayelekile, ukungqubuzana nokushisa nakho kungaveza ukungcola okukhiqizwa ngaphakathi. Thatha izihlungi eziphezulu ze-hydraulic ezivela ku-AGS-TECH ukuze usize ukugcina i-hydraulic fluid yakho iphephile emonakalweni wezinhlayiyana kanye nomhwamuko. Thenga nathi futhi uzothola amakhanda okuhlunga ama-hydraulic spin-on anezilinganiso ezihlukahlukene zokuhlunga. Ungasethemba ukuthi sizokunikeza izihlungi zekhwalithi ephezulu zehydraulic ukukusiza ugcine amasistimu akho esebenza kahle. I-AGS-TECH ingakusiza ukuthi ukhethe izihlungi ezifanele ezizokunikeza isisombululo sokuhlanzeka esiphelele sesistimu yakho ye-hydraulic. Sihlinzeka ngezinhlobo ezahlukene zezihlungi ze-hydraulic: • Izihlungi zokudonsa • Izihlungi zomugqa wokubuyisela • Amasistimu okuhlunga e-Bypass • Izihlungi zokucindezela • Izinto zokugcwalisa nokuphefumula • Hlunga izingxenye Siphinde futhi sinikeze izinto ezishintshayo ngamanani aqhudelanayo kanye nekhwalithi elinganayo noma engcono uma kuqhathaniswa nezinto zokuhlunga ezifakwe kuqala ze-hydraulic ze-OEM. I-AGS-TECH Inc. ingaphinde inikeze izinkomba eziqapha amazinga okungcola esistimu. Izinkomba zokungcoliswa ziqinisekisa ukuthi amakhasimende ethu angakwazi ukugcina ukuhlanzeka kwezinhlelo zawo ezisebenza ngamanzi kanye nokusebenza kahle kwezihlungi kanye nesimo. Izihlungi zokumunca: Izihlungi zokumunca zihlinzeka ngokuvikeleka kwamaphampu adonsa amanzi ezinhlayiyeni ezinkulu kuno-10 microns. Izihlungi zokumunca ziwusizo uma kungenzeka kube khona ukulimala kwephampu ngenxa yezinhlayiya ezinkulu noma izingcezu zokungcola. Lokhu kungenzeka uma kunzima ukuhlanza ithangi noma uma amasistimu amaningana asebenza ngaphansi kwamanzi asebenzisa ithangi elifanayo ekunikezeni uwoyela. Izimpawu zezihlungi zokumunca izindleko zazo eziphansi, ukusevisa ubunzima, ngoba ukufakwa kungaphansi kwezinga loketshezi, ibanga lokuhlunga okuwukuhlunga okuqinile, ama-microns angama-25 kuye kwangama-90 kusetshenziswa insimbi engenasici yokuhlunga, ama-microns ayi-10 asebenzisa iphepha, ama-microns ayi-10 kuye kwangama-25 kusetshenziswa ingilazi yengilazi, afakwe ama-valve okuhlola i-bypass futhi anezingcindezi zokuvula eziphansi kakhulu. I-Pressure Line Filters: Ziphinde zibizwe ngokuthi izihlungi zomfutho ophezulu, futhi zisetshenziswa kakhulu ezinhlelweni zokudonsa amanzi. Izihlungi zomugqa wokucindezela nazo zifakwe ama-valve okuhlola ama-bypass. Uma izihlungi zomugqa wokucindezela zifakwe ngqo ngemuva kwamaphampu, zisebenza njengezihlungi eziyinhloko zokugeleza okuphelele futhi zivikele izingxenye ze-hydraulic ngokumelene nokuguga. Izimpawu zezihlungi zomugqa wokucindezela yizindleko zazo ezimaphakathi, izinga eliphezulu lokuhlunga, ukusetshenziswa kalula kwezinkomba zokuvala, ibanga labo lokuhlunga okuyizinga eliphezulu kakhulu, ama-microns angama-25 kuye kwangama-660 asebenzisa i-stainless steel filter mesh, ama-microns ayi-1 kuye kwangama-20 esebenzisa i-fiber yephepha / ingilazi. kanye ne-polyester, afakwe ama-valve okuhlola i-bypass avuleka kubha engu-7 (esiphezulu). Izihlungi zomugqa wokucindezela zisebenza njengezihlungi zokuphepha uma zifakwe phambi kwengxenye esengozini njengevalvu yokulawula i-servo. Ukuqinisekisa ukusebenza okuphezulu kwalezi zingxenye ezibalulekile, inkambiso evamile ukuthi isihlungi sokuphepha somugqa wokucindezela kufanele sifakwe eduze ngangokunokwenzeka engxenyeni esiyivikelayo. Izihlungi Zomugqa Wokubuya: Cishe wonke amasistimu we-hydraulic zisebenzisa izihlungi zomugqa wokubuya eziklanyelwe ukukhwela ngqo kukhava yethangi. Ngakho-ke, ungashintsha kalula izinto zokuhlunga lapho kudingeka. Abasebenzisi bakhetha isihlungi somugqa wokubuyisela ngokusekelwe ekugelezeni okuphezulu kwesistimu ye-hydraulic. Izimpawu zesihlungi somugqa wokubuya izindleko zabo eziphansi, ukusevisa kalula, asikho isikhathi sokuphumula ngoba zifaka izihlungi eziyi-duplex, izinga lazo lokuhlunga kahle, ama-microns angama-40 kuye kwangama-90 asebenzisa insimbi engenasici, ama-microns ayi-10 asebenzisa iphepha lokuhlunga, ama-microns ayi-10 kuye kwangama-25 kusetshenziswa. i-glass fibre, izihlungi zomugqa wokubuya zifakwe i-valve yokuhlola i-bypass evula ibha engu-2 (esiphezulu). I-Bypass Filtration: Amasistimu we-Hydraulic asebenzisa izihlungi ze-bypass njengezihlungi zokugeleza eziphambili, okungukuthi izihlungi zesistimu noma izihlungi ezisebenzayo. Lawa masistimu ngokuvamile ahlanganisa amayunithi e-bypass agcwele amaphampu, izihlungi nezipholile zikawoyela. Izihlungi ze-Bypass nazo zisetshenziswa kuma-hydraulic eselula futhi zixhunywe ohlangothini lwengcindezi yesistimu. Ama-valve okulawula ukugeleza aqinisekisa ukugeleza okuqhubekayo nama-pulsations aphansi. Izimpawu zezihlungi ze-bypass yizindleko zazo eziphakeme, imbuyiselo ephezulu ngenxa yengxenye yokuphila ethuthukisiwe kanye nokuncipha kwenqubo yokuguga yoketshezi olusebenza ngogesi, izinga eliphakeme kakhulu lokuhlunga elizungeze ama-microns angu-0.5, ukukhishwa kodaka oketshezini, ukugeleza ngezihlungi ze-bypass kumahhala ngokuphelele. yokushaqeka kwengcindezi, kungenzeka ukuhlunga ungaxhunyiwe ku-inthanethi. Ngamandla okuhlunga ama-micron angu-0.5, izihlungi ze-bypass zivumela ukuhlunga okuminyene kakhulu kwe-hydraulic ngokukhipha ngisho nezinhlayiya zokungcola ezincane kakhulu. Uma kungenjalo i-silt ingalulaza ama-dopes, engezwa kuwoyela we-hydraulic ukuze kwakhe ungqimba oluvikelayo lwezingxenye ezihambayo zesistimu. Ama-Fillers and Breathers: Ama-Breathers noma ama-fillers asetshenziswa lapho umoya uminyanisa noma unwebeka ngenxa yokwanda/ukuncipha kwamazinga oketshezi ethangini. Umsebenzi wokuphefumula uwukuhlunga umoya ogeleza ongena noma ophuma ethangini. Izinto zokuphefumula zingahle zenzelwe ukusebenza njengezigcwalisi. Ukuphefumula okwamanje kubhekwa njengezingxenye ezibaluleke kakhulu zokuhlunga kumasistimu we-hydraulic. Inani elikhulu lokungcoliswa kwe-ambient lingena ezinhlelweni zamanzi ngamadivaysi okungenisa umoya wekhwalithi ephansi. Ezinye izindlela, ezifana nokucindezelwa kwamathangi kawoyela, ngokuvamile zikhuluma kabi uma ziqhathaniswa nokuphefumula okunamandla kakhulu esinakho. Izinkomba Zokungcoliswa: Izinga lokuhlunga linquma izinga lokunukubezeka kuzihlungi. Izinkomba zokungcola zinganquma izinga lokungcola kuzihlungi. Izinkomba zokungcola zihlanganisa inzwa kanye nedivayisi eyisixwayiso. Ngokuvamile, uketshezi olusebenza ngogesi lungena endaweni yokungena yesihlungi, ludlule endaweni yokuhlunga, bese lushiya isihlungi endaweni yokuphuma. Njengoba uketshezi ludlula engxenyeni yokuhlunga, ukungcola kufakwa ngaphandle kwe-elementi. Ngamadiphozithi anqwabelanayo, ingcindezi ehlukile iyakhiwa phakathi kokungena nokuphuma kwesihlungi. Ingcindezi izwakala kulo lonke iswishi yesikhombi sokungcola, bese ivula idivayisi eyisixwayiso njengezibani ezikhanyayo. Uma isignali yesixwayiso ibonwa noma izwakala, ipompo ye-hydraulic iyamiswa futhi isihlungi siseviswe, sihlanzwe, noma sishintshwe. Izihlungi ezinezinga lokuhlunga le-micron engu-1 zisengozini yokuvaleka kunezihlungi ezinebanga lokuhlunga lama-microns ayi-10. Sicela uchofoze umbhalo ogqanyisiwe ngezansi ukuze ulande izincwajana zomkhiqizo wethu zokuhlunga umoya: - Izihlungi Zomoya CLICK Product Finder-Locator Service IGAUGE ENGAPHAMBILI

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Test Equipment for Testing Paper & Packaging Products, Adhesive Tape Peel Test Machine, Carton Compressive Tester, Foam Compression Hardness Tester, Zero Drop Test Machine, Package Incline Impact Tester Abahloli be-Electronic Ngegama elithi ELECTRONIC TESTER sibhekisela kumishini yokuhlola esetshenziselwa ngokuyinhloko ukuhlola, ukuhlola nokuhlaziya izingxenye nezinhlelo zikagesi neze-elekthronikhi. Sinikeza ezidume kakhulu embonini: IZIMPASI KANYE NAMADIVAYISI OKUKHIPHA AMANDLA: UKUNIKEZELA KWAMANDLA, IGENERETHA ESAYINILE, IFREQUENCY SYNTHESIZER, FUNCTION generator, DIGITAL PATTERN generator, PULSE generator, SIGNAL InjeCTOR AMAMTHA: IZIQINISEKISO ZEDIGIJITHI, I-LCR METER, I-EMF METER, I-CAPACITANCE METER, I-BRIDGE INSTRUMENT, I-CLAMP METER, I-GAUSSMETER / TESLAMETER/ MAGNETOMETER, IMITHA YOKUMELANA YASE-GROUND ABAHLAZIYI: OSCILLOSCOPES, LOGIC ANALYZER, SPECTRUM ANALYZER, PROTOCOL ANALYZER, VECTOR SIGNAL ANALYZER, TIME-DOMAIN REFLECTOMETER, SEMICONDUCTOR CURVE TRACER, NETWORK ANALYZER, PHASECOUNT ROTATION Ukuze uthole imininingwane nezinye izinto ezifanayo, sicela uvakashele iwebhusayithi yethu yemishini: http://www.sourceindustrialsupply.com Ake sihlole kafushane eminye yale mishini esetshenziswa nsuku zonke kuyo yonke imboni: Izinto zikagesi esizihlinzekayo ngezinjongo ze-metrology zingamadivayisi ahlukene, amabhentshi kanye nezizimele zodwa. I-ADJUSTABLE REGULATED ELECTRICAL POWER SUPPLIES ingezinye ezidume kakhulu, ngoba amanani azo okukhiphayo angalungiswa futhi i-voltage yazo yokuphuma noma yamanje igcinwe ingashintshi ngisho noma kunokuhlukahluka ku-voltage yokufaka noma umthamo wamanje. IMISEBENZI YAMANDLA EHLUKILEYO inamandla aphumayo azimele ngogesi ezintweni zawo zamandla. Ngokuya ngendlela yabo yokuguqula amandla, kune-LINEAR kanye ne-SWITCHING POWER SUPPLIES. Amandla omugqa acubungula amandla okufakwayo ngqo nazo zonke izingxenye zawo zokuguqula amandla asebenzayo ezisebenza ezindaweni eziwumugqa, kanti amandla ashintshayo anezingxenye ezisebenza kakhulu kumamodi angewona alayini (njengama-transistors) futhi aguqule amandla abe yi-AC noma i-DC pulses ngaphambili. ukucubungula. Ukushintshanisa ugesi ngokuvamile kusebenza kahle kakhulu kunelayini ngoba alahlekelwa amandla amancane ngenxa yezikhathi ezimfishane ezichithwa yizingxenye zazo ezifundeni zokusebenza eziwumugqa. Ngokuya ngohlelo lokusebenza, kusetshenziswa amandla e-DC noma e-AC. Amanye amadivaysi adumile ama-PROGRAMMABLE POWER SUPPLIES, lapho i-voltage, yamanje noma imvamisa ingalawulwa ukude ngokufakwayo kwe-analog noma isixhumi esibonakalayo sedijithali njenge-RS232 noma i-GPIB. Abaningi babo bane-microcomputer ebalulekile yokuqapha nokulawula ukusebenza. Amathuluzi anjalo abalulekile ngezinjongo zokuhlola okuzenzakalelayo. Ezinye izinto zikagesi zikagesi zisebenzisa umkhawulo wamanje esikhundleni sokunqamula ugesi uma ulayishwe kakhulu. Umkhawulo we-elekthronikhi uvame ukusetshenziswa kumathuluzi ohlobo lwebhentshi lelebhu. AMAGENERETHA ESIGINALI amanye amathuluzi asetshenziswa kakhulu elebhu nasembonini, akhiqiza amasiginali e-analog noma edijithali aphindaphindayo noma angaphindi. Okunye abuye abizwe ngokuthi AMA-FUNCTION GENERATORS, DIGITAL PATTERN GENERATORS noma AMAFREQUENCY GENERATOR. Amajeneretha asebenzayo akhiqiza amagagasi alula aphindaphindayo njengamagagasi e-sine, ama-step pulses, ama-waveforms ayisikwele & angunxantathu kanye nalawo angenangqondo. Ngamajeneretha e-waveform ezenzakalelayo umsebenzisi angakwazi ukukhiqiza ama-waveforms angenasizathu, ngaphakathi kwemikhawulo eshicilelwe yobubanzi bemvamisa, ukunemba, kanye nezinga lokuphumayo. Ngokungafani namajeneretha okusebenza, akhawulelwe kusethi elula yamagagasi, ijeneretha ye-waveform engafanele ivumela umsebenzisi ukuthi acacise uhlobo lwamaza omthombo ngezindlela ezihlukahlukene ezahlukene. I-RF kanye ne-MICROWAVE SIGNAL GENERATORS isetshenziselwa ukuhlola izingxenye, izemukeli namasistimu ezinhlelweni ezifana nokuxhumana kwamaselula, i-WiFi, i-GPS, ukusakaza, ukuxhumana ngesathelayithi namarada. Amajeneretha esignali e-RF ngokuvamile asebenza phakathi kwe-kHz embalwa kuya ku-6 GHz, kuyilapho amajeneretha amasignali e-microwave esebenza phakathi kwebanga elibanzi kakhulu lefrikhwensi, kusukela ngaphansi kuka-1 MHz kuya okungenani ku-20 GHz ngisho nangaphezulu kufikela kububanzi be-GHz obufika kumakhulu usebenzisa ihadiwe ekhethekile. Amajeneretha esignali e-RF kanye ne-microwave angahlukaniswa njengamajeneretha esiginali ye-analog noma ye-vector. I-AUDIO-FREQUENCY SIGNAL generators ikhiqiza amasignali ebangeni le-audio-frequency nangaphezulu. Banezinhlelo zokusebenza zelebhu ye-elekthronikhi ezibheka ukusabela kwemvamisa kwemishini yomsindo. AMAGENERETHA E-VECTOR SIGNAL, ngezinye izikhathi abuye abizwe ngokuthi AMAGENERATOR E-DIGITAL SIGNAL ayakwazi ukukhiqiza amasignali omsakazo amodelwa ngedijithali. Amajeneretha amasignali eVector angakhiqiza amasignali asekelwe kumazinga emboni afana ne-GSM, W-CDMA (UMTS) ne-Wi-Fi (IEEE 802.11). AMAGENERATOR AMA-LOGIC SIGNAL abizwa nangokuthi I-DIGITAL PATTERN GENERATOR. Lawa majeneretha akhiqiza izinhlobo zamasiginali ezinengqondo, okungukuthi i-logic 1s kanye no-0s ngendlela yamazinga kagesi avamile. Amajeneretha esignali anengqondo asetshenziswa njengemithombo yokuvuselela ukuze kuqinisekiswe ukusebenza nokuhlolwa kwamasekethe ahlanganisiwe edijithali namasistimu ashumekiwe. Amadivayisi ashiwo ngenhla asetshenziselwa inhloso evamile. Nokho maningi amanye amajeneretha esignali aklanyelwe izinhlelo zokusebenza eziqondile. I-SIGNAL IJECTOR iyithuluzi eliwusizo kakhulu futhi elisheshayo lokuxazulula inkinga lokulandelela isignali kusekhethi. Ochwepheshe banganquma isigaba esinephutha socingo olufana nesamukeli somsakazo ngokushesha okukhulu. Umjovo wesiginali ungasetshenziswa ekuphumeni kwesipika, futhi uma isignali izwakala umuntu angadlulela esigabeni esandulele sesekhethi. Kulokhu i-amplifier yomsindo, futhi uma isignali ejojowe izwakala futhi umuntu angahambisa umjovo wesignali phezulu ngezigaba zesekhethi kuze kube yilapho isignali ingasazwakala. Lokhu kuzosebenza inhloso yokuthola indawo yenkinga. I-MULTIMETER iyithuluzi lokulinganisa le-elekthronikhi elihlanganisa imisebenzi yokulinganisa embalwa kuyunithi eyodwa. Ngokuvamile, ama-multimeter akala i-voltage, yamanje, nokumelana. Zombili inguqulo yedijithali neye-analog iyatholakala. Sinikeza amayunithi ama-multimeter aphathwayo aphathwayo kanye namamodeli ebanga laselabhorethri anokulinganisa okuqinisekisiwe. Ama-multimeters esimanje angakala amapharamitha amaningi afana nalawa: I-Voltage (kokubili i-AC/DC), ngamavolthi, Yamanje (kokubili i-AC/DC), kuma-ampere, Ukuphikiswa kuma-ohms. Ukwengeza, ezinye izilinganiso zama-multimeters: I-Capacitance in farads, Conductance in siemens, Decibels, Duty cycle as a percentage, Frequency in hertz, Inductance in henries, Temperature in degrees Celsius noma Fahrenheit, kusetshenziswa i-probe yokuhlola izinga lokushisa. Amanye ama-multimeters afaka phakathi: Umhloli wokuqhubeka; imisindo lapho umjikelezo uqhuba, ama-Diodes (ilinganisa ukudonsa okuya phambili kokuhlangana kwe-diode), Ama-Transistors (isilinganiso sokuzuza kwamanje namanye amapharamitha), umsebenzi wokuhlola ibhethri, umsebenzi wokulinganisa izinga lokukhanya, umsebenzi wokulinganisa i-acidity & Alkalinity (pH) nomsebenzi wokulinganisa umswakama ohlobene. Ama-multimeters anamuhla avame ukuba yidijithali. Ama-multimeter edijithali yesimanje ngokuvamile anekhompuyutha eshumekiwe ukuze abenze amathuluzi anamandla kakhulu ku-metrology nokuhlola. Zihlanganisa izici ezifana nalezi: •Ukulinganisa okuzenzakalelayo, okukhetha ububanzi obulungile benani elingaphansi kokuhlolwa ukuze kuboniswe amadijithi abaluleke kakhulu. •I-Auto-polarity yokufundwa kwamanje okuqondile, ibonisa ukuthi i-voltage esetshenzisiwe ilungile noma inegethivu. •Isampula nokubamba, okuzohlanganisa ukufundwa kwakamuva kakhulu ukuze kuhlolwe ngemva kokuba ithuluzi lisusiwe kusiyingi ngaphansi kokuhlolwa. •Ukuhlola okukhawulelwe kwamanje kokwehla kwamandla kagesi kuwo wonke ama-semiconductor junctions. Noma kungesona isikhundla somhloli we-transistor, lesi sici sama-multimeters edijithali sisiza ukuhlola ama-diode nama-transistors. •Ukumelwa kwegrafu yebha yenani elingaphansi kokuhlolwa ukuze kubonakale kangcono izinguquko ezisheshayo kumanani alinganiselwe. •I-oscilloscope yomkhawulokudonsa ophansi. •Izihloli zesekethe yezimoto ezinokuhlolwa kwesikhathi sezimoto namasiginali okuhlala. •Isici sokutholwa kwedatha ukuze urekhode ubuningi nobuningi bokufundwa phakathi nenkathi ethile, kanye nokuthatha inani lamasampula ngezikhathi ezithile. •Imitha ye-LCR ehlanganisiwe. Amanye ama-multimeters angaxhunyaniswa namakhompyutha, kuyilapho amanye angagcina izilinganiso futhi azilayishe kukhompyutha. Kanti elinye ithuluzi eliwusizo kakhulu, i-LCR METER iyithuluzi le-metrology lokulinganisa i-inductance (L), i-capacitance (C), nokumelana (R) kwengxenye. I-impedance ilinganiswa ngaphakathi futhi iguqulelwe ukuze iboniswe kumthamo ohambelanayo noma inani le-inductance. Ukufundwa kuzonemba ngokunengqondo uma i-capacitor noma i-inductor ngaphansi kokuhlolwa ingenayo ingxenye ebalulekile yokumelana ne-impedance. Amamitha e-LCR athuthukisiwe alinganisa inductance ne-capacitance kwangempela, kanye nokumelana kochungechunge okufanayo kwama-capacitor kanye ne-Q factor yezingxenye ze-inductive. Idivayisi ehlolwayo ingaphansi komthombo kagesi we-AC futhi imitha ikala i-voltage yonkana kanye neyamanje ngedivayisi ehloliwe. Kusukela esilinganisweni se-voltage kuya kumanje imitha inganquma i-impedance. I-engeli yesigaba phakathi kwe-voltage kanye neyamanje nayo ikalwa kwamanye amathuluzi. Ngokuhambisana ne-impedance, amandla alinganayo noma inductance, nokumelana, kwedivayisi ehloliwe kungabalwa futhi kuboniswe. Amamitha e-LCR anamaza okuhlola akhethwayo angu-100 Hz, 120 Hz, 1 kHz, 10 kHz, kanye no-100 kHz. Amamitha e-Benchtop LCR avamise ukuba namafrikhwensi okuhlola akhethwayo angaphezu kuka-100 kHz. Ngokuvamile zibandakanya amathuba okubeka ngaphezu kwe-voltage ye-DC noma yamanje kusiginali yokulinganisa ye-AC. Ngenkathi amanye amamitha enikeza ithuba lokuhlinzeka ngaphandle kwalawa ma-voltage e-DC noma ama-currents amanye amadivaysi anikezela ngawo ngaphakathi. I-EMF METER iyithuluzi lokuhlola kanye ne-metrology lokulinganisa izinkambu ze-electromagnetic (EMF). Iningi lazo likala ukuminyana kwe-electromagnetic radiation flux (izinkambu ze-DC) noma ushintsho endaweni kazibuthe ngokuhamba kwesikhathi (izinkambu ze-AC). Kukhona izinguqulo ze-axis eyodwa kanye ne-tri-axis instrument. Amamitha e-axis eyodwa abiza ngaphansi kwamamitha ama-tri-axis, kodwa kuthatha isikhathi eside ukuqedela ukuhlola ngoba imitha ikala ubukhulu obubodwa benkambu. Amamitha e-EMF e-eksisi eyodwa kufanele atshekiswe futhi avulwe womathathu ama-eksisi ukuze kuqedelwe ukulinganisa. Ngakolunye uhlangothi, amamitha ama-tri-axis akala wonke ama-eksisi amathathu ngesikhathi esisodwa, kodwa abiza kakhulu. Imitha ye-EMF ingakala izinkambu zikazibuthe ze-AC, eziphuma emithonjeni efana nezintambo zikagesi, kuyilapho ama-GAUSSMETERS / TESLAMETERS noma MAGNETOMETERS ekala izinkambu ze-DC ezikhishwa emithonjeni lapho kukhona khona amandla aqondile. Iningi lamamitha e-EMF alinganisiwe ukuze kulinganiswe izinkambu ezishintshanayo ezingu-50 no-60 Hz ezihambisana nemvamisa kagesi omkhulu wase-US kanye nowaseYurophu. Kunamanye amamitha angakala izinkambu ezishintshana ngokuphansi njengo-20 Hz. Izilinganiso ze-EMF zingaba yi-broadband ebangeni elibanzi lamafrikhwensi noma ukuqapha okukhetha imvamisa kuphela ibanga lemvamisa lentshisekelo. I-CAPACITANCE METER iyisisetshenziswa sokuhlola esisetshenziselwa ukukala umthamo wama-capacitor ahlukene kakhulu. Amanye amamitha abonisa amandla kuphela, kuyilapho amanye futhi abonisa ukuvuza, ukumelana nochungechunge okulingana, kanye ne-inductance. Izisetshenziswa zokuhlola eziphakeme zisebenzisa amasu afana nokufaka i-capacitor-under-test kumjikelezo webhuloho. Ngokushintsha amanani weminye imilenze ebhulohweni ukuze ulethe ibhuloho ekulinganiseni, inani le-capacitor engaziwa linqunywa. Le ndlela iqinisekisa ukunemba okukhulu. Ibhuloho lingase futhi likwazi ukukala ukumelana nochungechunge kanye ne-inductance. Ama-Capacitor ebangeni ukusuka kuma-picofarad kuye kuma-farads angakalwa. Amasekhethi ebhuloho awalinganisi ukuvuza kwamanje, kodwa i-DC bias voltage ingasetshenziswa futhi ukuvuza kukalwe ngokuqondile. I-BRIDGE INSTRUMENTS eminingi ingaxhunywa kumakhompyutha futhi ukushintshaniswa kwedatha kwenziwe ukulanda ukufundwa noma ukulawula ibhuloho ngaphandle. Amathuluzi anjalo ebhuloho anikezela ngokuhlolwa kokuhamba/ukungahambeli kokuzenzakalelayo kokuhlolwa endaweni yokukhiqiza esheshayo nendawo yokulawula ikhwalithi. Nokho, elinye ithuluzi lokuhlola, i-CLAMP METER iwukuhlola ugesi okuhlanganisa i-voltmeter nemitha yamanje yohlobo lwe-clamp. Izinguqulo eziningi zesimanje zamamitha okubamba ziyidijithali. Amamitha okubamba anamuhla anemisebenzi eminingi eyisisekelo ye-Digital Multimeter, kodwa ngesici esingeziwe se-transformer yamanje eyakhelwe kumkhiqizo. Uma ubamba “imihlathi” yensimbi eduze kwe-conductor ephethe i-ac current enkulu, leyo misinga ihlanganiswa emihlathini, efana nenkambo yensimbi yesiguquli samandla, futhi ingene ekujikeni kwesibili okuxhunywe ku-shunt yokokufaka kwemitha. , isimiso sokusebenza sifana kakhulu nesesiguquli. Umsinga omncane kakhulu ulethwa kokokufaka kwemitha ngenxa yesilinganiso senani lama-winding esibili nenani lama-winding ayisisekelo asongwe enkabeni. Owokuqala umelelwa umqhubi oyedwa lapho imihlathi iboshwe khona. Uma eyesibili inama-windings angu-1000, khona-ke i-current yesibili ingu-1/1000 yamanje egeleza kokuyinhloko, noma kulokhu i-conductor iyalinganiswa. Ngakho, i-amp engu-1 yamanje ku-conductor elinganiswayo izokhiqiza ama-amps angu-0.001 wamanje ngokokufaka kwemitha. Nge-clamp metres imisinga emikhulu kakhulu ingalinganiswa kalula ngokwandisa inani lokujika ekujikeni kwesibili. Njengemishini yethu eminingi yokuhlola, amamitha okubamba athuthukile anikeza amandla okugawula. IZIHLOLI ZOKUMELANA EMHLABENI zisetshenziselwa ukuhlola ama-electrode omhlaba kanye nokumelana nenhlabathi. Izidingo zensimbi zincike ebangeni lezinhlelo zokusebenza. Amathuluzi esimanje okuhlola i-clamp on ground enza lula ukuhlola iluphu yaphansi futhi anike amandla izilinganiso zamanje zokuvuza ezingaphazamisi. Phakathi kwe-ANALYZERS esiyithengisayo kukhona i-OSCILLOSCOPES ngaphandle kokungabaza enye yemishini esetshenziswa kakhulu. I-oscilloscope, ebizwa nangokuthi i-OSCILLOGRAPH, iwuhlobo lwethuluzi lokuhlola le-elekthronikhi elivumela ukubhekwa kwamandla esignali ahlala ehluka njengesiqephu esinezinhlangothi ezimbili zesiginali eyodwa noma ngaphezulu njengomsebenzi wesikhathi. Amasiginali okungewona awagesi njengomsindo nokudlidliza nawo angaguqulwa abe ama-voltage futhi aboniswe kuma-oscilloscopes. Ama-oscilloscopes asetshenziselwa ukubuka ukuguqulwa kwesignali kagesi ngokuhamba kwesikhathi, i-voltage kanye nesikhathi kuchaza umumo owenziwe igrafu ngokuqhubekayo ngokumelene nesikali esilinganisiwe. Ukubuka nokuhlaziya i-waveform kusivezela izakhiwo ezifana nobukhulu, imvamisa, isikhawu sesikhathi, isikhathi sokukhuphuka, nokuhlanekezela. Ama-Oscilloscopes angalungiswa ukuze amasignali aphindaphindayo abonwe njengomumo oqhubekayo esikrinini. Ama-oscilloscope amaningi anomsebenzi wokulondoloza ovumela imicimbi eyodwa ukuthi ithwetshulwe ithuluzi futhi iboniswe isikhathi eside uma kuqhathaniswa. Lokhu kusivumela ukuthi sibone izehlakalo ngokushesha kakhulu ukuthi zibonakale ngokuqondile. Ama-oscilloscopes anamuhla angasindi, ahlangene futhi aphathekayo. Kukhona futhi amathuluzi amancane asebenza ngebhethri ezinhlelo zokusebenza zensiza yasensimini. Ama-oscilloscopes ebangeni laselabhorethri ngokuvamile angamadivayisi aphezulu ebhentshini. Kunezinhlobonhlobo eziningi zama-probe kanye nezintambo zokufaka ezingasetshenziswa nama-oscilloscopes. Sicela usithinte uma kwenzeka udinga iseluleko mayelana nokuthi iyiphi ongayisebenzisa kuhlelo lwakho lokusebenza. Ama-oscilloscope anokufakwa okubili okuqondile abizwa ngokuthi ama-double-trace oscilloscopes. Besebenzisa i-CRT yensimbi eyodwa, baphindaphinda okokufaka, ngokuvamile bashintsha phakathi kwakho ngokushesha ngokwanele ukuze babonise ukulandelelwa okubili ngokusobala ngesikhathi esisodwa. Kukhona futhi ama-oscilloscope anemikhondo eyengeziwe; ama-input amane ajwayelekile phakathi kwalokhu. Amanye ama-oscilloscope ane-trace eminingi asebenzisa okokufaka kwe-trigger yangaphandle njengokufakwayo okungakhethwa kukho okuma mpo, kanti amanye aneshaneli yesithathu neyesine enezilawuli ezincane kuphela. Ama-oscilloscopes esimanje anokufaka okuningana kwama-voltage, futhi ngaleyo ndlela angasetshenziswa ukuhlela i-voltage eyodwa ehlukanisiwe iqhathaniswa nenye. Lokhu kusetshenziselwa isibonelo kumajika e-graphing IV (izici zamanje eziqhathaniswa ne-voltage) ezingxenyeni ezifana nama-diode. Kumafrikhwensi aphezulu kanye namasignali edijithali asheshayo umkhawulokudonsa wama-amplifaya aqondile kanye nezinga lamasampula kufanele libe phezulu ngokwanele. Ngokwenhloso evamile ukusetshenziswa komkhawulokudonsa okungenani ongu-100 MHz ngokuvamile kwanele. Umkhawulokudonsa ophansi kakhulu wanele izinhlelo zokusebenza zemvamisa yomsindo kuphela. Ibanga eliwusizo lokushanela lisuka kusekhondi elilodwa kuye kwangama-nanoseconds angu-100, elinokucupha okufanelekile nokubambezeleka kokushanela. Umjikelezo oklanywe kahle, ozinzile, oqalayo uyadingeka ukuze kuboniswe ukuzinza. Izinga le-trigger circuit liyisihluthulelo sama-oscilloscopes amahle. Enye indlela eyinhloko yokukhetha ukujula kwesampula yesampula kanye nesilinganiso sesampula. Ama-DSO esimanjemanje anezinga eliyisisekelo manje ano-1MB noma ngaphezulu wesampula yenkumbulo yesiteshi ngasinye. Ngokuvamile le sampuli yenkumbulo kwabelwana ngayo phakathi kwamashaneli, futhi ngezinye izikhathi ingatholakala ngokugcwele ngamanani amasampula aphansi. Ngezilinganiso eziphezulu zesampula inkumbulo ingase ikhawulelwe kuma-10's ambalwa we-KB. Noma yiliphi izinga lesampula lesimanje elithi ''isikhathi sangempela'' i-DSO ngokuvamile izoba nezikhathi ezi-5-10 kunomkhawulokudonsa wokufakwayo ngesilinganiso sesampula. Ngakho i-DSO yomkhawulokudonsa ongu-100 MHz izoba nesilinganiso sesampula esingu-500 Ms/s - 1 Gs/s. Amazinga esampula anyuke kakhulu asuse kakhulu ukuvezwa kwamasiginali angalungile ebekade ekhona esizukulwaneni sokuqala sezikophu zedijithali. Ama-oscilloscopes amaningi esimanje ahlinzeka ngokuhlangana kwangaphandle okukodwa noma ngaphezulu noma amabhasi afana ne-GPIB, i-Ethernet, imbobo ye-serial, ne-USB ukuze uvumele ukulawulwa kwethuluzi elikude ngesofthiwe yangaphandle. Nalu uhlu lwezinhlobo ezahlukene ze-oscilloscope: I-CATHODE RAY OSCILLOSCOPE I-DUAL-BEAM OSCILLOSCOPE I-OSCILLOSCOPE YESITOREJI SE-ANALOG I-DIGITAL OSCILLOSCOPES AMA-OSCILLOSKOPE OKUXHUBEKILE AMA-OSCILLOSCOPE ESESANDLA AMA-OSCILLOSKOPE ASE-PC I-LOGIC ANALYZER iyithuluzi elithwebula futhi libonise amasiginali amaningi ukusuka kusistimu yedijithali noma isekethe yedijithali. I-logic analyser ingase iguqule idatha ethwebuliwe ibe imidwebo yesikhathi, amakhodi ephrothokholi, ukulandelelwa kwemishini yesifunda, ulimi lokuhlanganisa. I-Logic Analyzers inamandla okucupha athuthukile, futhi awusizo uma umsebenzisi edinga ukubona ubudlelwano besikhathi phakathi kwamasignali amaningi kusistimu yedijithali. ABAHLAZIYI BE-MODULAL LOGIC bahlanganisa kokubili i-chassis noma uhlaka oluyinhloko namamojula okuhlaziya okunengqondo. I-chassis noma i-mainframe iqukethe isibonisi, izilawuli, ikhompyutha yokulawula, nezikhala eziningi lapho ihadiwe yokuthwebula idatha ifakwe khona. Imojuli ngayinye inenani elithile lamashaneli, futhi amamojula amaningi angahlanganiswa ukuze kutholwe isibalo esiphezulu kakhulu seshaneli. Ikhono lokuhlanganisa amamojula amaningi ukuze uthole isibalo esiphezulu seziteshi kanye nokusebenza okuphakeme ngokuvamile okuphezulu kwabahlaziyi be-modular logic kuwenza abize kakhulu. Ukuze uthole abahlaziyi be-modular logic abasezingeni eliphezulu kakhulu, abasebenzisi bangadinga ukuhlinzeka nge-PC yabo engumsingathi noma bathenge isilawuli esishumekiwe esihambisana nesistimu. ABAHLAZIYI BE-LOGIC ABATHATHWAYO bahlanganisa yonke into ibe iphasela elilodwa, ngezinketho ezifakiwe efekthri. Ngokuvamile zinokusebenza okuphansi kunezimojuli, kodwa zingamathuluzi e-metrology eyongayo okulungisa iphutha lenjongo evamile. Ku-PC-BASED LOGIC ANALYZERS, ihadiwe ixhumeka kukhompuyutha ngoxhumo lwe-USB noma lwe-Ethernet futhi idlulisele amasiginali athwetshuliwe kusofthiwe kukhompuyutha. Lawa madivayisi ngokuvamile mancane kakhulu futhi ayabiza kancane ngoba asebenzisa ikhibhodi yomuntu siqu ekhona, isibonisi ne-CPU. Izihlaziyi ezinengqondo zingaqaliswa ngokulandelana okuyinkimbinkimbi kwemicimbi yedijithali, bese zithwebula amanani amakhulu edatha yedijithali kumasistimu angaphansi kokuhlolwa. Namuhla izixhumi ezikhethekile ziyasetshenziswa. Ukuvela kwe-logic analyzer probes kuholele ekulandeleni okujwayelekile okusekelwa abathengisi abaningi, okunikeza inkululeko eyengeziwe kubasebenzisi bokugcina: Ubuchwepheshe obungenantambo obunikezwa njengamagama amaningana okuhweba aqondene nabathengisi njenge-Compression Probing; Ukuthinta Okuthambile; I-D-Max iyasetshenziswa. Lawa ma-probe ahlinzeka ngoxhumano oluqinile, oluthembekile lwemishini nogesi phakathi kwe-probe nebhodi lesifunda. I-SPECTRUM ANALYZER ikala ubukhulu besiginali yokufaka iqhathaniswa nemvamisa ngaphakathi kwebanga eligcwele lefrikhwensi yethuluzi. Ukusetshenziswa okuyinhloko ukukala amandla we-spectrum yamasignali. Kukhona abahlaziyi be-optical kanye ne-acoustical spectrum analyzers futhi, kodwa lapha sizoxoxa kuphela ngabahlaziyi be-elekthronikhi abakala futhi bahlaziye amasignali okufakwayo kagesi. I-spectra etholwe kumasignali kagesi isinika ulwazi mayelana nemvamisa, amandla, ama-harmonics, umkhawulokudonsa...njll. Imvamisa iboniswa ku-eksisi evundlile kanye ne-amplitude yesiginali mpo. Ama-Spectrum analyzer asetshenziswa kakhulu embonini ye-elekthronikhi ukuze kuhlaziywe i-spectrum yefrikhwensi yomsakazo, i-RF namasignali alalelwayo. Uma sibheka i-spectrum yesiginali siyakwazi ukuveza izici zesiginali, nokusebenza kwesekethe elizikhiqizayo. Abahlaziyi be-Spectrum bayakwazi ukwenza izilinganiso eziningi ezihlukahlukene. Uma sibheka izindlela ezisetshenziswayo ukuthola i-spectrum yesiginali singahlukanisa izinhlobo ze-spectrum analyzer. - I-SWEPT-TUNED SPECTRUM ANALYZER isebenzisa isamukeli se-superheterodyne ukuze siguqule ingxenye ye-spectrum yesignali yokufaka (kusetshenziswa i-oscillator elawulwa yi-voltage kanye ne-mixer) ku-frequency ephakathi yesihlungi se-band-pass. Ngomklamo we-superheterodyne, i-oscillator elawulwa yi-voltage ishanelwa ngebanga lamafrikhwensi, isizakala ngobubanzi obugcwele befrikhwensi yethuluzi. Ama-spectrum analyzer ashaneliwe aphuma kubamukeli bomsakazo. Ngakho-ke abahlaziyi abashaneliwe bangabahlaziyi besihlungi esishuniwe (okufana nomsakazo we-TRF) noma abahlaziyi be-superheterodyne. Eqinisweni, ngendlela yazo elula, ungacabanga nge-spectrum analyzer eshaneliwe njenge-voltmeter ekhetha imvamisa enobubanzi obushunwayo (ishanelwe) ngokuzenzakalelayo. Empeleni iyi-voltmeter ekhetha imvamisa, ephendula inani eliphakeme ukuze ibonise inani le-rms le-sine wave. I-spectrum analyzer ingabonisa izingxenye zefrikhwensi ngayinye ezakha isignali eyinkimbinkimbi. Nokho ayinikezi ulwazi lwesigaba, ulwazi lobukhulu kuphela. Abahlaziyi besimanje abashuniwe (abahlaziyi be-superheterodyne, ikakhulukazi) bangamadivayisi anemba angenza izilinganiso eziningi ezihlukahlukene. Kodwa-ke, asetshenziselwa kakhulu ukukala amasiginali wesimo sokuqina, noma aphindaphindayo ngoba awakwazi ukuhlola wonke amafrikhwensi ngesikhathi esinikeziwe ngasikhathi sinye. Amandla okuhlola wonke amafrikhwensi kanyekanye angenzeka ngabahlaziyi besikhathi sangempela kuphela. - ABAHLAZIYI BE-SPECTRUM ZESIKHATHI SAngempela: I-FFT SPECTRUM ANALYZER ihlanganisa i-Discrete Fourier transform (DFT), inqubo yezibalo eguqula i-waveform ibe izingxenye ze-spectrum yayo yefrikhwensi, yesiginali yokufaka. I-Fourier noma i-FFT spectrum analyzer ingenye indlela yokusetshenziswa kohlaziyo lwe-spectrum yesikhathi sangempela. I-Fourier analyzer isebenzisa ukucubungula isignali yedijithali ukuze isampula isignali yokufaka futhi iyiguqulele kusizinda samafrikhwensi. Lokhu kuguqulwa kwenziwa kusetshenziswa i-Fast Fourier Transform (FFT). I-FFT iwukuqaliswa kwe-Discrete Fourier Transform, i-algorithm yezibalo esetshenziselwa ukuguqula idatha isuka esizindeni sesikhathi iye esizindeni samafrikhwensi. Olunye uhlobo lwabahlaziyi be-spectrum besikhathi sangempela, okungukuthi I-PARALLEL FILTER ANALYZERS ihlanganisa izihlungi ezimbalwa ze-bandpass, ngayinye enemvamisa ye-bandpass ehlukile. Isihlungi ngasinye sihlala sixhumeke kokokufaka ngaso sonke isikhathi. Ngemva kwesikhathi sokuqala sokulungisa, isihlaziyi sesihlungi esihambisanayo singathola ngokushesha futhi sibonise wonke amasiginali angaphakathi kwebanga lokulinganisa le-analyzer. Ngakho-ke, i-parallel-filter analyzer inikeza ukuhlaziywa kwesignali yesikhathi sangempela. I-Parallel-filter analyzer iyashesha, ikala amasiginali ashintshashintshayo nesikhathi. Kodwa-ke, ukulungiswa kwemvamisa yesihlaziyi sesihlungi esihambisanayo kuphansi kakhulu kunabaningi abahlaziyi abashuniwe, ngoba ukulungiswa kunqunywa ububanzi bezihlungi ze-bandpass. Ukuze uthole ukulungiswa okuhle ebangeni elikhulu lefrikhwensi, uzodinga izihlungi eziningi ezingazodwana, okulenza libize futhi libe yinkimbinkimbi. Yingakho iningi labahlaziyi besihlungi esihambisanayo, ngaphandle kwalezo ezilula emakethe zibiza. - I-VECTOR SIGNAL ANALYSIS (VSA) : Esikhathini esidlule, abahlaziyi be-spectrum abashaneliwe kanye ne-superheterodyne babemboza ububanzi befrikhwensi ukusuka kumsindo, ku-microwave, kuye kuma-millimeter frequencies. Ukwengeza, abahlaziyi be-Digital signal processing (DSP) abahlaziyi be-Fourier transform (FFT) abashesha kakhulu bahlinzeke nge-spectrum enokulungiswa okuphezulu kanye nokuhlaziywa kwenethiwekhi, kodwa bakhawulelwe kumafrikhwensi aphansi ngenxa yemikhawulo yokuguqulwa kwe-analogi ukuya kwidijithali kanye nobuchwepheshe bokucubungula amasignali. Umkhawulokudonsa obanzi wanamuhla, amasiginali aguquliwe, ashintsha isikhathi azuza kakhulu emandleni okuhlaziya i-FFT namanye amasu e-DSP. Abahlaziyi bezimpawu zeVector bahlanganisa ubuchwepheshe be-superheterodyne ne-ADC's enesivinini esiphezulu kanye nobunye ubuchwepheshe be-DSP ukuze banikeze izilinganiso ze-spectrum zokucaca okuphezulu, ukudilizwa, nokuhlaziywa kwesizinda sesikhathi esithuthukisiwe. I-VSA iwusizo ikakhulukazi ekuboniseni amasiginali ayinkimbinkimbi afana namasignali aqhumayo, adlulayo, noma ashintshiwe asetshenziswa kwezokuxhumana, kuvidiyo, ekusakazeni, ekusetshenzisweni kwe-sonar kanye ne-ultrasound. Ngokuya ngezinhlobo zezinto, abahlaziyi be-spectrum baqoqwe njenge-benchtop, ephathekayo, ephathwayo nenenethiwekhi. Amamodeli e-benchtop awusizo ezinhlelweni zokusebenza lapho isihlaziyi se-spectrum singaxhunywa khona emandleni e-AC, njengasendaweni yelebhu noma indawo yokukhiqiza. Abahlaziyi be-spectrum basebhentshini ngokuvamile banikeza ukusebenza okungcono nokucaciswa kunezinguqulo eziphathwayo noma eziphathwayo. Kodwa-ke ngokuvamile asindayo futhi anabalandeli abambalwa bokupholisa. Ezinye ZE-BENCHTOP SPECTRUM ANALYZERS zinikeza amaphekhi ebhethri ozikhethela wona, awavumela ukuthi asetshenziswe kude nendawo ephuma kuyo amanzi. Labo kubhekiselwa kubo NJENGABAHLAZIYI BE-SPECTRUM ETHUBAYO. Amamodeli aphathekayo awusizo ezinhlelweni zokusebenza lapho isihlaziyi se-spectrum sidinga ukukhishwa ngaphandle ukuze kwenziwe izilinganiso noma siphathwe ngenkathi sisetshenziswa. I-spectrum analyzer ephathekayo ephathwayo kulindeleke ukuthi inikeze ukusebenza okunamandla kwebhethri kokuzikhethela ukuze kuvunyelwe umsebenzisi ukuthi asebenze ezindaweni ezingenazo izindawo zamandla, isibonisi esibukeka kahle esivumela isikrini ukuthi sifundwe ekukhanyeni kwelanga okukhanyayo, ubumnyama noma izimo ezinothuli, isisindo esilula. IZIHLAZIYI ZOKUHLAZIYWA NGESANDLA ziwusizo ezinhlelweni zokusebenza lapho isihlaziyi se-spectrum sidinga ukukhanya kakhulu futhi sibe sincane. Abahlaziyi abaphathwa ngesandla banikeza amandla alinganiselwe uma kuqhathaniswa namasistimu amakhulu. Izinzuzo ze-handheld spectrum analyzer nokho ukusetshenziswa kwazo okuphansi kakhulu kwamandla, ukusebenza okuxhaswe yibhethri ngenkathi kusenkambuni ukuze kuvunyelwe umsebenzisi ukuthi ahambe ngokukhululeka ngaphandle, usayizi omncane kakhulu nesisindo esincane. Okokugcina, IZIHLAZIYI ZE-SPECTRUM ZE-NETWORKED azibandakanyi isibonisi futhi zenzelwe ukunika amandla isigaba esisha sokuqapha nokuhlaziywa kwe-spectrum esatshalaliswa ngokwendawo. Isibaluli esiyinhloko yikhono lokuxhuma isihlaziyi kunethiwekhi nokuqapha amadivayisi anjalo kunethiwekhi yonkana. Nakuba abahlaziyi abaningi be-spectrum benembobo ye-Ethernet yokulawula, ngokuvamile abanazo izindlela eziphumelelayo zokudlulisa idatha futhi zikhulu kakhulu futhi/noma zibiza kakhulu ukuthi zingasatshalaliswa ngendlela esabalaliswa ngale ndlela. Imvelo esabalalisiwe yamadivayisi anjalo anika amandla i-geo-location yama-transmitter, ukuqapha kwe-spectrum ukuze uthole ukufinyelela kwe-dynamic spectrum nezinye izinhlelo zokusebenza eziningi ezinjalo. Lawa madivayisi ayakwazi ukuvumelanisa ukuthwebula idatha kunethiwekhi yonkana yabahlaziyi futhi anike amandla ukudluliswa kwedatha okunenethiwekhi ngenani eliphansi. I-PROTOCOL ANALYZER iyithuluzi elihlanganisa izingxenyekazi zekhompuyutha kanye/noma isofthiwe esetshenziselwa ukuthwebula nokuhlaziya amasignali kanye nethrafikhi yedatha ngesiteshi sokuxhumana. Abahlaziyi bephrothokholi basetshenziswa kakhulu ukulinganisa ukusebenza nokuxazulula izinkinga. Baxhuma kunethiwekhi ukuze babale izinkomba zokusebenza ezibalulekile ukuze baqaphe inethiwekhi kanye nemisebenzi yokuxazulula inkinga yokusheshisa. ISIHLAZIYI SEPROTOCOL NETWEKHI siyingxenye ebalulekile yekhithi yamathuluzi yomlawuli wenethiwekhi. Ukuhlaziywa kwephrothokholi yenethiwekhi kusetshenziselwa ukuqapha impilo yokuxhumana kwenethiwekhi. Ukuze uthole ukuthi kungani idivayisi yenethiwekhi isebenza ngendlela ethile, abalawuli basebenzisa i-protocol analyser ukuze bahogele ithrafikhi futhi baveze idatha nezinqubo ezidlula ocingweni. Kusetshenziswa abahlaziyi bephrothokholi yenethiwekhi - Xazulula izinkinga okunzima ukuzixazulula - Thola futhi uhlonze isofthiwe eyingozi / uhlelo olungayilungele ikhompuyutha. Sebenza ngeSistimu Yokutholwa Kwe-Intrusion noma ibhodwe lezinyosi. - Qoqa ulwazi, olufana namaphethini ethrafikhi ayisisekelo kanye namamethrikhi okusebenzisa inethiwekhi - Khomba amaphrothokholi angasetshenzisiwe ukuze uwasuse kunethiwekhi - Khiqiza ithrafikhi yokuhlola ukungena - Ukulalela ithrafikhi (isb, thola ithrafikhi Yemiyalezo Esheshayo engagunyaziwe noma Amaphoyinti Okungena angenantambo) I-TIME-DOMAIN REFLECTOMETER (TDR) iyithuluzi elisebenzisa i-reflectometry yesizinda sesikhathi ukuze ibonise futhi ithole amaphutha kumakhebuli ensimbi njengezintambo eziphothiweyo namakhebuli angama-coaxial, izixhumi, amabhodi esekethe aphrintiwe,….etc. I-Time-Domain Reflectometers ikala ukuboniswa ngakukhondatha. Ukuze uzilinganise, i-TDR idlulisela isignali yesigameko ku-conductor futhi ibheke ukubonakaliswa kwayo. Uma i-conductor iyi-impedance efanayo futhi inqanyulwe kahle, khona-ke ngeke kube khona ukuboniswa futhi isignali yesigameko esisele izomuncwa ekugcineni okude ngokunqanyulwa. Kodwa-ke, uma kukhona ukuhluka kokuphazamiseka endaweni ethile, enye yezimpawu zesigameko izoboniswa emuva kumthombo. Ukucabangisisa kuzoba nesimo esifanayo nesiginali yesigameko, kodwa uphawu nobukhulu bazo kuncike ekushintsheni kwezinga le-impedance. Uma kukhona ukwenyuka kwesinyathelo ku-impedance, khona-ke ukucabangela kuzoba nesibonakaliso esifanayo nesignali yesigameko futhi uma kukhona ukwehla kwesinyathelo ku-impedance, ukubonakaliswa kuzoba nesibonakaliso esiphambene. Ukuboniswa kukalwa kokuphumayo/kokufakwayo kwe-Time-Domain Reflectometer futhi kuboniswa njengomsebenzi wesikhathi. Okunye, isibonisi singabonisa ukudluliswa nokuboniswa njengomsebenzi wobude bekhebula ngenxa yokuthi isivinini sokusakazeka kwesignali sicishe sibe njalo endaweni ethile yokudlulisela. Ama-TDR angasetshenziswa ukuhlaziya okubambezeleke kwekhebula nobude, isixhumi nokulahlekelwa kwezingxenye kanye nezindawo. Izilinganiso ze-impedance ye-TDR zinikeza abaklami ithuba lokwenza ukuhlaziya ubuqotho besignali yezixhumi zesistimu futhi babikezele ngokunembile ukusebenza kwesistimu yedijithali. Izilinganiso ze-TDR zisetshenziswa kakhulu emsebenzini wokulinganisa ibhodi. Umklami webhodi lesifunda angakwazi ukunquma izici eziphazamisayo zokulandela umkhondo webhodi, abale amamodeli anemba wezingxenye zebhodi, futhi abikezele ukusebenza kwebhodi ngokunembe kakhudlwana. Kunezinye izindawo eziningi zokusetshenziswa kwama-refledometers esizinda sesikhathi. I-SEMICONDUCTOR CURVE TRACER iyithuluzi lokuhlola elisetshenziselwa ukuhlaziya izici zamadivayisi ahlukene we-semiconductor afana nama-diode, ama-transistors, nama-thyristors. Ithuluzi lisekelwe ku-oscilloscope, kodwa liqukethe nemithombo yamandla kagesi kanye neyamanje engasetshenziswa ukuvuselela idivayisi ngaphansi kokuhlolwa. I-voltage eshanele isetshenziswa kumatheminali amabili edivayisi ngaphansi kokuhlolwa, futhi inani lamanje idivayisi elivumela ukuthi ligeleze ku-voltage ngayinye liyalinganiswa. Igrafu ebizwa ngokuthi VI (i-voltage iqhathaniswa neyamanje) iboniswa esikrinini se-oscilloscope. Ukucushwa kuhlanganisa i-voltage ephezulu esetshenzisiwe, i-polarity ye-voltage esetshenzisiwe (okuhlanganisa ukusetshenziswa okuzenzakalelayo kwakho kokubili kokuhle nokubi), kanye nokumelana okufakwe ochungechungeni ngedivayisi. Kumishini emibili yokugcina efana nama-diode, lokhu kwanele ukukhombisa ngokugcwele idivayisi. I-curve tracer ingabonisa wonke amapharamitha athakazelisayo afana ne-voltage eya phambili ye-diode, ukuvuza okubuyela emuva, i-voltage ehlehlayo yokuhlehla,...njll. Imishini yamatheminali amathathu njengama-transistors nama-FET nawo asebenzisa uxhumano kutheminali yokulawula yedivayisi ehlolwayo njengetheminali ye-Base noma ye-Gate. Kuma-transistors namanye amadivaysi asekelwe njengamanje, isisekelo noma enye i-terminal current iyanyathelwa. Kuma-transistors omphumela wenkundla (ama-FET), kusetshenziswa i-voltage enezitebhisi esikhundleni se-step current. Ngokushanela i-voltage ebangeni elimisiwe lama-voltage aphambili, esinyathelweni ngasinye se-voltage yesiginali yokulawula, iqembu lamajika e-VI likhiqizwa ngokuzenzakalelayo. Leli qembu lamajika lenza kube lula kakhulu ukunquma inzuzo ye-transistor, noma i-trigger voltage ye-thyristor noma i-TRIAC. Ama-tracer ejika le-semiconductor yesimanje anikela ngezici eziningi ezikhangayo ezifana ne-Windows enembile yokusebenzelana yomsebenzisi, i-IV, i-CV kanye ne-pulse generation, kanye ne-pulse IV, imitapo yolwazi efakiwe kubo bonke ubuchwepheshe...njll. ISIHLOLI SOKUZUNGUZA ISIGABA / INkomba: Lawa amathuluzi okuhlola ahlangene futhi aqinile ukuze akhombe ukulandelana kwesigaba kumasistimu ezigaba ezintathu kanye nezigaba ezivulekile/ezingasebenzi. Zilungele ukufaka imishini ezungezayo, ama-motor kanye nokuhlola ukuphuma kwe-generator. Phakathi kwezinhlelo zokusebenza kukhona ukuhlonza ukulandelana kwesigaba esifanele, ukutholwa kwezigaba zocingo ezingekho, ukunqunywa kokuxhumeka okufanele kwemishini ejikelezayo, ukutholwa kwamasekhethi aphilayo. I-FREQUENCY COUNTER iyithuluzi lokuhlola elisetshenziselwa ukulinganisa imvamisa. Izibali zefrequency ngokuvamile zisebenzisa ikhawunta eqoqa inani lezehlakalo ezenzeka phakathi nenkathi ethile yesikhathi. Uma umcimbi okumele ubalwe ungowe-elekthronikhi, ukusebenzelana okulula kwethuluzi yikho kuphela okudingekayo. Izimpawu zobunzima obuphakeme zingadinga ukulungiswa okuthile ukuze zifaneleke ukubala. Izibali eziningi zefrikhwensi zinohlobo oluthile lwe-amplifier, ukuhlunga kanye nokubunjwa kwesekhethi kokokufaka. Ukucubungula isignali yedijithali, ukulawula ukuzwela kanye ne-hysteresis amanye amasu okuthuthukisa ukusebenza. Ezinye izinhlobo zemicimbi yezikhathi ezithile okungezona i-elekthronikhi ngokwemvelo zizodinga ukuguqulwa kusetshenziswa ama-transducer. Izibali zefrikhwensi ze-RF zisebenza ngezimiso ezifanayo nezibali eziphansi zamafrikhwensi. Zinobubanzi obuningi ngaphambi kokuchichima. Kumafrikhwensi ama-microwave aphezulu kakhulu, amadizayini amaningi asebenzisa i-prescaler enesivinini esiphezulu ukwehlisa imvamisa yesignali endaweni lapho kungasebenza khona ukujikeleza kwedijithali okujwayelekile. Izibali zefrikhwensi ye-Microwave zingakala amafrikhwensi acishe abe ngu-100 GHz. Ngaphezu kwalezi zikhathi eziphakeme isignali okufanele ilinganiswe ihlanganiswa kusixhumi esinesignali esivela ku-oscillator yendawo, ikhiqiza isignali ku-vacation frequency, ephansi ngokwanele ukukala okuqondile. Izindawo zokusebenzelana ezidumile kumakhawunta wokubala yi-RS232, i-USB, i-GPIB ne-Ethernet efana nezinye izinsimbi zesimanje. Ngokungeziwe ekuthumeleni imiphumela yokulinganisa, isibali singazisa umsebenzisi uma imikhawulo yokulinganisa echazwe umsebenzisi yeqiwa. Ukuze uthole imininingwane nezinye izinto ezifanayo, sicela uvakashele iwebhusayithi yethu yemishini: http://www.sourceindustrialsupply.com For other similar equipment, please visit our equipment website: http://www.sourceindustrialsupply.com CLICK Product Finder-Locator Service IKHASI ELIDLULE

Micromanufacturing, Nanomanufacturing, Mesomanufacturing - Electronic & Magnetic Optical & Coatings, Thin Film, Nanotubes, MEMS, Microscale Fabrication I-Nanoscale & Microscale & Mesoscale Manufacturing Funda kabanzi Our NANOMANUFACTURING, MICROMANUFACTURING and MESOMANUFACTURING processes can be categorized as: Ukwelapha Okuphezulu Nokuguqulwa Izigqoko ezisebenzayo / Izingubo zokuhlobisa / Ifilimu Elincane / Ifilimu Eminyene I-Nanoscale Manufacturing / Nanomanufacturing I-Microscale Manufacturing / Micromanufacturing / Micromachining I-Mesoscale Manufacturing / Mesomanufacturing I-Microelectronics & Semiconductor Manufacturing kanye Nokwenziwa Microfluidic Devices Manufacturing Ukukhiqiza I-Micro-Optics I-Micro Assembly kanye nokupakishwa I-Soft Lithography Kuwo wonke umkhiqizo ohlakaniphile oklanywe namuhla, umuntu angacabangela isici esizokwandisa ukusebenza kahle, ukuguquguquka, ukunciphisa ukusetshenziswa kwamandla, ukunciphisa ukungcola, ukwandisa isikhathi sokuphila komkhiqizo futhi ngaleyo ndlela kube nobungane bemvelo. Ngale njongo, i-AGS-TECH igxile ezinqubweni eziningi nemikhiqizo engafakwa kumadivayisi namathuluzi ukuze kuzuzwe lezi zinhloso. Isibonelo i-low-friction FUNCTIONAL COATINGS inganciphisa ukusetshenziswa kwamandla. Ezinye izibonelo zokumboza ezisebenzayo yizigqoko ezingazweli, i-anti-wetting SURFACE TREATMENTS_cc781905-5cde-3194-bb3b-136bad5cf58d-hydrophoating), anti-wetting and coating, anti-wetting and coating idayimane elifana ne-carbon coatings lamathuluzi okusika nokubhala, THIN FILM I-FILM ye-electronic, ifilimu emincane yamagnetic coatings, i-multilayer optical coatings. In NANOMANUFACTURING or_cc781905-5cde-3194-3194-313586bb3b-ubude izingxenye ze-MANURINGALE-MANURINGAUBUDE Empeleni kubhekiselwa emisebenzini yokukhiqiza engaphansi kwesikali se-micrometer. I-Nanomanufacturing isakhula uma iqhathaniswa nokwenza izinto ezincane, nokho ithrendi ikuleyo ndawo futhi ukwenza i-nanomanufacturing kubaluleke kakhulu esikhathini esizayo esiseduze. Ezinye izinhlelo zokusebenza ze-nanomanufacturing namuhla zingama-carbon nanotube njengamafayibha aqinisayo wezinto eziyinhlanganisela kumafreyimu amabhayisikili, amalulwane e-baseball kanye nama-racquets ethenisi. Ama-nanotubes e-carbon, kuye ngokuthi i-graphite ikuphi ku-nanotube, angasebenza njengama-semiconductors noma ama-conductor. Ama-nanotubes ekhabhoni anamandla aphezulu kakhulu okuthwala amanje, aphindwe izikhathi eziyi-1000 kunesiliva noma ithusi. Okunye ukusetshenziswa kwe-nanomanufacturing yi-nanophase ceramics. Ngokusebenzisa ama-nanoparticles ekukhiqizeni izinto ze-ceramic, singakwazi ukwandisa ngesikhathi esisodwa kokubili amandla kanye ne-ductility ye-ceramic. Sicela uchofoze imenyu encane ukuze uthole ulwazi olwengeziwe. I-MICROSCALE MANUFACTURING or MICROMANUFACTURING_cc781905-5c esikalini sokukhiqiza esingabonakali ku-naferked-5c3b5c5c5c5c, izinqubo zethu zokukhiqiza ezingabonakali Amagama e-micromanufacturing, microelectronics, microelectromechanical systems awagcini nje esikalini esincane sobude, kodwa kunalokho, aphakamisa isu lempahla nelokukhiqiza. Emisebenzini yethu yokwenza izinto ezincane ezinye izindlela ezidumile esizisebenzisayo i-lithography, i-etching emanzi futhi eyomile, ukumbozwa kwefilimu emincane. Izinhlobonhlobo zezinzwa nama-actuator, ama-probes, amakhanda kazibuthe hard-drive, ama-microelectronic chips, amadivayisi we-MEMS afana nama-accelerometer nezinzwa zokucindezela phakathi kokunye akhiqizwa kusetshenziswa izindlela ezinjalo zokukhiqiza ezincane. Uzothola ulwazi oluningiliziwe mayelana nalokhu kumamenyu amancane. MESOSCALE MANUFACTURING or MESOMANUFACTURING refers to our processes for fabrication of miniature devices such as hearing aids, medical stents, medical valves, mechanical watches and extremely small izinjini. Ukukhiqizwa kwe-Mesoscale kudlula kokubili ukwenziwa kwe-macro kanye ne-micromanufacturing. Amalatheli amancane, anenjini engu-1.5 Watt nobukhulu obungu-32 x 25 x 30.5 mm nezisindo ezingamagremu angu-100 enziwe kusetshenziswa izindlela zokukhiqiza i-mesoscale. Kusetshenziswa ama-lathes anjalo, ithusi liye lafakwa ngomshini ukuze libe ububanzi obuncane obungama-microns angu-60 kanye nama-roughnesses angaphezulu ngokulandelana kwe-micron noma amabili. Amanye amathuluzi emishini emincane efana nemishini yokugaya nomshini wokunyathelisa nawo enziwe kusetshenziswa i-mesomanufacturing. Ku MICROELECTRONICS MANUFACTURING sisebenzisa izindlela ezifanayo njengasekukhiqizeni okuncane. Ama-substrates ethu aziwa kakhulu yi-silicon, kanti amanye afana ne-gallium arsenide, i-Indium Phosphide ne-Germanium nawo asetshenziswa. Amafilimu/ama-coatings ezinhlobo eziningi futhi ikakhulukazi ukuqhuba nokufaka inkalakaza ifilimu emincane enamathelayo isetshenziswa ekwenziweni kwamadivayisi namasekhethi e-microelectronic. Lawa madivayisi ngokuvamile atholakala kuma-multilayer. Izendlalelo ezivikelayo ngokuvamile zitholwa nge-oxidation efana ne-SiO2. Izinhlobo zama-Dopants (zombili u-p kanye no-n) zivamile futhi izingxenye zamadivayisi zenziwa i-doped ukuze ziguqule izakhiwo zazo ze-electronic futhi zithole izifunda zohlobo luka-p no-n. Sisebenzisa i-lithography efana ne-ultraviolet, i-ultraviolet photolithography ejulile noma eyeqisayo, noma i-X-ray, i-electron beam lithography sidlulisela amaphethini ejiyomethri achaza amadivayisi ukusuka kumaski/imaski ukuya endaweni engaphansi. Lezi zinqubo ze-lithography zisetshenziswa izikhathi ezimbalwa ekwenzeni i-microelectronic chips ukuze kuzuzwe izakhiwo ezidingekayo ekwakhiweni. Izinqubo ze-etching zenziwa lapho wonke amafilimu noma izingxenye ezithile zamafilimu noma i-substrate isuswa. Kafushane, ngokusebenzisa ama-deposition ahlukahlukene, i-etching kanye nezinyathelo eziningi ze-lithographic sithola izakhiwo ze-multilayer kuma-semiconductor substrates asekelayo. Ngemuva kokuthi ama-wafers asetshenziwe futhi amasekhethi amaningi enziwe nge-microfabricated kuwo, izingxenye eziphindaphindiwe ziyasikwa futhi kutholakale ukufa komuntu ngamunye. Idayi ngayinye emva kwalokho iboshelwa ngocingo, ipakishwe futhi ihlolwe bese iba umkhiqizo wokuhweba we-microelectronic. Eminye imininingwane yokwenziwa kwama-microelectronics ingatholakala kumenyu yethu engaphansi, nokho isihloko sibanzi kakhulu ngakho-ke sikukhuthaza ukuthi usithinte uma kwenzeka udinga ulwazi oluthile lomkhiqizo noma imininingwane eyengeziwe. Our MICROFLUIDICS MANUFACTURING operations ihloselwe ukwenziwa kwamadivayisi nezinhlelo lapho amavolumu amancane aphathwa khona. Izibonelo zamadivayisi e-microfluidic amadivaysi e-micro-propulsion, amasistimu e-lab-on-a-chip, ama-micro-thermal devices, ama-inkjet printheads nokuningi. Kuma-microfluidics kufanele sibhekane nokulawula okunembayo kanye nokuxhaphaza uketshezi oluphoqelwe ezifundeni zamamilimitha angaphansi. Uketshezi luyanyakaziswa, luxutshwe, luhlukaniswe futhi lucutshungulwe. Kuzinhlelo ze-microfluidic uketshezi luyanyakaziswa futhi lulawuleke ngokusebenzisa amaphampu amancane amancane nama-microvalve nokunye okunjalo noma ngokungenzi lutho kusetshenziswa amandla e-capillary. Ngezinhlelo ze-lab-on-a-chip, izinqubo ezivame ukwenziwa elebhu zenziwa zibe mincane ku-chip eyodwa ukuze kuthuthukiswe ukusebenza kahle nokuhamba kanye nokunciphisa amasampula namavolumu ezinto ezisebenzayo. Sinekhono lokukudizayinela amadivaysi e-microfluidic futhi sikunikeze i-microfluidics prototyping & micromanufacturing ngokwezifiso eklanyelwe izinhlelo zakho zokusebenza. Enye inkambu ethembisayo ku-microfabrication ithi MICRO-OPTICS MANUFACTURING. I-Micro-optics ivumela ukukhohliswa kokukhanya kanye nokuphathwa kwama-photons nge-micron kanye ne-sub-micron scale scale structures and components. I-Micro-optics isivumela ukuthi sixhumane nomhlaba we-macroscopic esiphila kuwo nomhlaba omncane we-opto- kanye ne-nano-electronic data processing. Izingxenye ze-Micro-optical kanye nezinhlelo ezingaphansi zithola izinhlelo zokusebenza ezisabalele kule mikhakha elandelayo: Ubuchwepheshe bolwazi: Kuma-micro-display, ama-micro-projectors, isitoreji sedatha yokubona, amakhamera amancane, izikena, amaphrinta, amakhophi...njll. I-Biomedicine: Ukuxilonga okungavamisile/iphuzu lokunakekelwa, ukuqapha ukwelashwa, izinzwa ze-micro-imaging, izimila ze-retina. Ukukhanyisa: Amasistimu asekelwe kuma-LED neminye imithombo yokukhanya esebenzayo Amasistimu Wokuphepha Nokuphepha: Izinhlelo zokubona ebusuku kwe-infrared zezinhlelo zezimoto, izinzwa zeminwe yokubona, izikena ze-retina. I-Optical Communication & Telecommunication: Kumaswishi e-photonic, i-passive fiber optic components, ama-amplifiers optical, i-mainframe kanye nezinhlelo zokuxhuma zekhompyutha yomuntu siqu. Izakhiwo ezihlakaniphile: Kuzinhlelo zokuzwa ezisekelwe ku-fiber optical nokunye okuningi Njengabahlinzeki abahluke kakhulu bokuhlanganiswa kobunjiniyela siyaziqhenya ngamakhono ethu okuhlinzeka ngesixazululo cishe sanoma yikuphi ukubonisana, ubunjiniyela, ubunjiniyela obuhlehlayo, ukwenza ama-prototyping okusheshayo, ukuthuthukiswa komkhiqizo, ukukhiqiza, ukwakhiwa kanye nezidingo zokuhlanganisa. Ngemva kokwenza izingxenye zethu ezincane, ngokuvamile sidinga ukuqhubeka ngokuthi MICRO ASSEMBLY & PACKAGING. Lokhu kuhilela izinqubo ezifana nokunamathiselwa kwefa, ukubopha izintambo ngocingo, ukuxhunywa, ukuvalwa kwe-hermetic kwamaphakheji, ukuhlola, ukuhlolwa kwemikhiqizo epakishiwe ukwethembeka kwemvelo...njll. Ngemva kwamadivayisi okukhiqiza ama-micromanufacturing ku-dayisi, sinamathisela idayi kusisekelo esimangelengele ukuze siqinisekise ukwethembeka. Imvamisa sisebenzisa usimende okhethekile we-epoxy noma ama-alloys e-eutectic ukuhlanganisa idayi kuphakheji yayo. Ngemuva kokuthi i-chip noma i-fae iboshwe ku-substrate yayo, siyixhuma ngogesi kumkhondo wephakheji sisebenzisa i-wire bonding. Enye indlela ukusebenzisa izintambo zegolide ezizacile kakhulu ezivela ephaketheni kuholela kumaphedi okubopha atholakala eduze komjikelezo wedayizi. Okokugcina sidinga ukwenza ukupakishwa kokugcina kwesifunda esixhunyiwe. Ngokuya ngohlelo lokusebenza nendawo yokusebenza, izinhlobonhlobo zamaphakheji ajwayelekile nangokwezifiso akhiqizwayo ayatholakala kumadivaysi e-micromanufactured electronic, electro-optic, kanye ne-microelectromechanical. Enye indlela yokwenza izinto ezincane esiyisebenzisayo ithi SOFT LITHOGRAPHY, igama elisetshenziselwa inani lezinqubo zokudlulisa iphethini. Isikhunta esiyinhloko siyadingeka kuzo zonke izimo futhi senziwe nge-microfabricated kusetshenziswa izindlela ezijwayelekile ze-lithography. Sisebenzisa isikhunta esiyinhloko, sikhiqiza iphethini / isitembu se-elastomeric. Okunye okuhlukile kwe-soft lithography "i-microcontact printing". Isitembu se-elastomer simbozwa ngoyinki bese sicindezelwa endaweni engaphezulu. Iziqongo zephethini zithintana nendawo engaphezulu bese kudluliswa ungqimba oluncane olucishe lube ngu-1 weyinki owodwa. Le filimu ezacile i-monolayer isebenza njengemaski yokukhetha okumanzi. Ukwehluka kwesibili "ukubumba kwe-microtransfer", lapho okungaphakathi kwesikhunta se-elastomer kugcwaliswa nge-polymer precursor ewuketshezi bese iphushwa endaweni. Lapho i-polymer iphulukisa, sisusa isikhunta, sishiya iphethini oyifunayo. Okokugcina ukuhluka kwesithathu "i-micromolding in capillaries", lapho iphethini yesitembu se-elastomer iqukethe amashaneli asebenzisa amandla e-capillary ukuze afake i-polymer ewuketshezi esitembuni ukusuka ohlangothini lwayo. Ngokuyisisekelo, inani elincane le-polymer ewuketshezi libekwe eduze kweziteshi ze-capillary futhi amandla e-capillary adonsa uketshezi eziteshini. I-polymer ewuketshezi eyeqile iyasuswa futhi i-polymer ngaphakathi kwamashaneli ivunyelwe ukwelapha. Isikhunta sesitembu siyahlutshiwe futhi umkhiqizo usulungile. Ungathola imininingwane eyengeziwe mayelana namasu ethu okukhiqiza ama-micromanufacturing e-lithography ngokuchofoza imenyu engaphansi ehlobene ohlangothini lwaleli khasi. Uma unentshisekelo enkulu kumakhono ethu obunjiniyela nokucwaninga nokuthuthukiswa esikhundleni samakhono okukhiqiza, siyakumema ukuthi futhi uvakashele iwebhusayithi yethu yobunjiniyela http://www.ags-engineering.com Funda kabanzi Funda kabanzi Funda kabanzi Funda kabanzi Funda kabanzi Funda kabanzi Funda kabanzi Funda kabanzi Funda kabanzi CLICK Product Finder-Locator Service IKHASI ELIDLULE

Laser Machining - LM - Laser Cutting - Custom Parts Manufacturing - CO2 Laser Processing - Nd-YAG - Cutting - Boring I-Laser Machining & Cutting & LBM I-Laser cutting_cc781905-5cde-3194-BB3B-136Bad5cf58d_is a_cc7819-BB3BB-13644-BB3BB89-BB3B8D_TECHNOLOGY_CCEDE In LASER BEAM MACHINING (LBM), umthombo we-laser ugxilisa amandla okubona phezu kwendawo yokusebenza. Ukusika i-laser kuqondisa ukuphuma okugxile kakhulu kanye nokuminyana okuphezulu kwe-laser enamandla amakhulu, ngekhompyutha, ezintweni ezizosikwa. Izinto eziqondiwe zizobe sezincibilika, zishise, zihwamuke, noma zishaywe umoya yindiza yegesi, ngendlela elawulwayo eshiya unqenqema olunomphetho wekhwalithi ephezulu. Abasiki bethu be-laser basezimbonini bafanele ukusika izinto ezinamashidi ayisicaba kanye nezakhiwo namapayipi, izinto zokusebenza eziyinsimbi nezingezona ezensimbi. Ngokuvamile akukho vacuum edingekayo ku-laser beam machining kanye nezinqubo zokusika. Kunezinhlobo eziningana zama-lasers asetshenziswa ekusikeni nasekukhiqizeni i-laser. Igagasi elishayayo noma eliqhubekayo CO2 LASER ifanele ukusika, ukubhora, nokuqopha. The NEODYMIUM (Nd) and neodymium yttrium-aluminum-garnet (Nd-YAG) LASERS are identical ngesitayela futhi ziyehluka ngokusetshenziswa kuphela. I-neodymium Nd isetshenziselwa isicefe nalapho amandla aphezulu kodwa ukuphindaphinda okuphansi kuyadingeka. I-laser ye-Nd-YAG ngakolunye uhlangothi isetshenziswa lapho kudingeka khona amandla aphezulu kakhulu kanye nokubhora nokuqopha. Kokubili amalaser e-CO2 kanye ne-Nd/ Nd-YAG angasetshenziselwa LASER WELDING. Amanye amalaser esiwasebenzisa ekukhiqizeni ahlanganisa Nd:GLASS, RUBY kanye ne-EXCIMER. Ku-Laser Beam Machining (LBM), amapharamitha alandelayo abalulekile: I-reflection kanye ne-thermal conductivity yendawo yokusebenza kanye nokushisa kwayo okuqondile nokushisa okucashile kokuncibilika nokuhwamuka. Ukusebenza kahle kwenqubo ye-Laser Beam Machining (LBM) kuyanda ngokuncipha kwala mapharamitha. Ukujula kokusika kungavezwa kanje: t ~ P / (vxd) Lokhu kusho ukuthi, ukujula kokusika “t” kuhambisana nokokufaka kwamandla P futhi kuhambisana ngokuphambene nesivinini sokusika v kanye nobubanzi bendawo ye-laser-beam d. Ingaphezulu elikhiqizwe nge-LBM livamise ukuba lukhuni futhi linendawo ethinteke ukushisa. I-CARBONDIOXIDE (CO2) LASER CUTTING AND MACHINING: Amalaser e-DC-ejabulile e-CO2 ampontshwa ngokudlula i-current kumxube wegesi kanti ama-laser e-CO2 anesasasa le-RF asebenzisa amandla efrikhwensi yomsakazo ukuze ajabule. Indlela ye-RF yintsha uma kuqhathaniswa futhi isidume kakhulu. Imiklamo ye-DC idinga ama-electrode ngaphakathi komgodi, ngakho-ke ingaba nokuguguleka kwe-electrode nokucwecwa kwezinto ze-electrode kuma-optics. Ngokuphambene nalokho, ama-resonator e-RF anama-electrode angaphandle ngakho-ke awathambekele kulezo zinkinga. Sisebenzisa amalaser e-CO2 ekusikeni kwezimboni izinto eziningi ezifana nensimbi emnene, i-aluminium, insimbi engagqwali, i-titanium namapulasitiki. YAG LASER CUTTING and MACHINI: Sisebenzisa amalaser e-YAG ukusika nokubhala izinsimbi nezinsimbi zobumba. Ijeneretha ye-laser nama-optics angaphandle adinga ukupholisa. Ukushisa kwemfucuza kukhiqizwa futhi kudluliselwe ngesipholisi noma ngokuqondile emoyeni. Amanzi ayisipholisi esivamile, ngokuvamile asakazwa nge-chiller noma isistimu yokudlulisa ukushisa. I-EXCIMER LASER CUTTING AND MACHINING: I-excimer laser iwuhlobo lwe-laser enamaza obude endaweni ye-ultraviolet. Ubude begagasi obuqondile buncike kuma-molecule asetshenzisiwe. Isibonelo amaza amaza alandelayo ahlotshaniswa nama-molecule aboniswe kuma-parantheses: 193 nm (ArF), 248 nm (KrF), 308 nm (XeCl), 353 nm (XeF). Amanye ama-laser e-excimer ayakwazi ukushutheka. Ama-laser e-Excimer anendawo ekhangayo angasusa izingqimba ezinhle kakhulu zezinto ezingaphezulu ngokucishe kungabikho ukushisisa noma uguquko kokusele kwento. Ngakho-ke ama-laser e-excimer afaneleka kahle ukunemba kwe-micromachining yezinto eziphilayo njengama-polymers namapulasitiki. UKUSIKWA ILASER OKUSIZWA NGEGASI: Kwesinye isikhathi sisebenzisa imishayo ye-laser sihlanganiswe nomfudlana wegesi, njengomoya-mpilo, i-nitrogen noma i-argon ukusika izinto zeshidi elincanyana. Lokhu kwenziwa kusetshenziswa i-a LASER-BEAM TORCH. Ngensimbi engagqwali ne-aluminium sisebenzisa ukusika kwe-laser okunomfutho ophezulu we-inert-gas sisebenzisa i-nitrogen. Lokhu kuphumela emaphethelweni angenayo i-oxide ukuthuthukisa ukushisela. Le mifudlana yegesi iphinde ikhiphe izinto ezincibilikisiwe nezishisiwe ezindaweni zokusebenza. Ku-a LASER MICROJET CUTTING sinelaser eqondiswa yijethi yamanzi lapho i-pured water jet ibe yi-laser ecindezelwe ephansi. Siyisebenzisela ukusika i-laser ngenkathi sisebenzisa indiza yamanzi ukuze siqondise i-laser beam, efana ne-optical fiber. Izinzuzo ze-laser microjet ukuthi amanzi aphinde asuse udoti futhi apholise impahla, ayashesha ukwedlula ukusika kwe-laser kwendabuko ''yomile'' ngesivinini sokudayela esiphezulu, i-parallel kerf kanye nekhono lokusika i-omnidirectional. Sisebenzisa izindlela ezahlukahlukene zokusika sisebenzisa ama-laser. Ezinye zezindlela zifaka umhwamuko, ukuncibilika nokushaywa, ukuncibilika nokusha, ukuqhekeka kokucindezeleka okushisayo, ukubhala, ukusika nokushiswa okubandayo, ukusika kwe-laser okuzinzile. - Ukusika kwe-vaporization: I-beam egxilile ishisa ingaphezulu lezinto ezibonakalayo endaweni yayo yokubila futhi idale imbobo. Umgodi uholela ekwandeni okungazelelwe kokumuncwa futhi ujule ngokushesha umgodi. Njengoba imbobo ijula futhi izinto zibila, umhwamuko okhiqiziwe uguguleka izindonga ezincibilikisiwe eziphephetha izinto bese ukhulisa imbobo. Izinto ezingancibiliki ezifana nokhuni, ikhabhoni kanye namapulasitiki e-thermoset ngokuvamile asikwa ngale ndlela. - Ukuncibilikisa nokusika: Sisebenzisa igesi enomfutho ophezulu ukufutha izinto ezincibilikisiwe endaweni yokusika, sinciphisa amandla adingekayo. Impahla ishiselwa ifike endaweni yayo yokuncibilika bese ijethi yegesi iphephetha incibilikisiwe iphume ku-kerf. Lokhu kuqeda isidingo sokukhuphula izinga lokushisa lezinto ngokuqhubekayo. Sisika izinsimbi ngale nqubo. - Ukuqhekeka kokucindezeleka okushisayo: Izinto ezinqamulayo ziyazwela ekuqhekekeni okushisayo. I-beam igxile endaweni ebangela ukushisa kwendawo kanye nokwanda kokushisa. Lokhu kubangela ukuqhekeka okungabe sekuholwa ngokuhambisa ugongolo. Sisebenzisa le nqubo ekusikeni ingilazi. - Ukudayela okuyimfihlo kwama-silicon wafers: Ukuhlukaniswa kwama-microelectronic chips kuma-silicon wafers kwenziwa inqubo yokudayela eyimfihlo, kusetshenziswa i-pulsed Nd:YAG laser, ubude begagasi obungu-1064 nm bumukelwa kahle kugebe le-electronic band ye-silicon (1.11 eV noma i-eV noma i-silicon) 1117 nm). Lokhu kudumile ekwenziweni kwedivayisi ye-semiconductor. - Ukusika okusebenzayo: Okuphinde kubizwe ngokuthi ukusika kwe-flame, le nqubo ingase ifane nokusika ithoshi ye-oxygen kodwa nge-laser beam njengomthombo wokuthungela. Sisebenzisa lokhu ukusika insimbi ye-carbon ngogqinsi olungaphezu kuka-1 mm ngisho namapuleti ensimbi awugqinsi ngamandla anamandla amancane e-laser. I-PULSED LASERS isinikeze ukuqhuma kwamandla aphezulu isikhathi esifushane futhi iphumelela kakhulu kwezinye izinqubo zokusika i-laser, njengokubhoboza, noma lapho kudingeka izimbobo ezincane kakhulu noma isivinini esiphansi kakhulu sokusika. Uma esikhundleni salokho kusetshenziswa i-laser beam engashintshi, ukushisa kwakungase kufinyelele eqophelweni lokuncibilikisa lonke ucezu okwenziwa ngomshini. Ama-laser ethu anekhono lokushaya noma lokusika i-CW (Igagasi Eliqhubekayo) ngaphansi kokulawulwa kohlelo lwe-NC (ukulawula izinombolo). Sisebenzisa DOUBLE PULSE LASERS emitting uchungechunge lwamapulse pair ukuthuthukisa izinga lokususwa kwempahla kanye nembobo. I-pulse yokuqala isusa okokusebenza phezulu bese kuthi ishayela lesibili livimbele into ekhishiwe ekufundeni iye eceleni kwembobo noma ukusikwa. Ukubekezelela nokuqedwa kwe-surface ekusikeni kwe-laser nokwenza imishini kuvelele. Abasiki bethu besimanje be-laser banokunemba kokuma endaweni engama-micrometer ayi-10 nokuphindaphinda ama-micrometer angu-5. Ama-roughnesses ajwayelekile Rz akhuphuka ngogqinsi lweshidi, kodwa ancipha ngamandla e-laser nesivinini sokusika. Ukusika kwe-laser kanye nezinqubo zomshini ziyakwazi ukuzuza ukubekezelelana okuseduze, ngokuvamile ukuya phakathi kwe-intshi engu-0.001 (0.025 mm) Ingxenye yejometri kanye nezici zemishini zemishini yethu ziyathuthukiswa ukuze kuzuzwe amandla okubekezelela angcono kakhulu. Ukuqedwa okungaphezulu esingakuthola ekusikeni kwe-laser beam kungase kube phakathi kuka-0.003 mm kuya ku-0.006 mm. Ngokuvamile sifinyelela kalula izimbobo ezinobubanzi obungu-0.025 mm, futhi izimbobo ezincane njengo-0.005 mm kanye nezilinganiso zokujula komgodi ukuya kububanzi obungu-50 kuya ku-1 ziye zakhiqizwa ngezinto ezihlukahlukene. Abasiki be-laser bethu abalula nabajwayelekile bazosika insimbi yensimbi ye-carbon isuka ku-0.020–0.5 intshi (0.51–13 mm) ngogqinsi futhi ingashesha ngokuphindwe izikhathi ezingamashumi amathathu kunokusaha okujwayelekile. Imishini ye-laser-beam isetshenziswa kabanzi ukubhola nokusika izinsimbi, izinto ezingezona ezensimbi nezinto eziyinhlanganisela. Izinzuzo zokusika nge-laser ngaphezu kokusika ngomshini zihlanganisa ukubamba okulula kokusebenza, ukuhlanzeka kanye nokuncipha kokungcoliswa kwengcezu yokusebenza (njengoba kungekho onqenqemeni lokusika njengasekugayweni kwendabuko noma ukuphenduka okungangcoliswa yimpahla noma kungcolise impahla, okungukuthi i-bue build-up). Imvelo yokuhuzuka kwezinto eziyinhlanganisela ingase ikwenze kube nzima ukumshini ngezindlela ezivamile kodwa kube lula ngomshini we-laser. Ngenxa yokuthi i-laser beam ayigqoki ngesikhathi senqubo, ukunemba okutholiwe kungase kube ngcono. Ngenxa yokuthi amasistimu e-laser anendawo encane ethinteke ekushiseni, kuphinde kube nethuba elincane lokusonta okokusebenza okusikwayo. Kwezinye izinto zokusika laser kungaba ukuphela kwendlela. Izinqubo zokusika i-laser-beam ziyavumelana nezimo, futhi ukulethwa kwe-fiber optic beam, ukulungiswa okulula, izikhathi zokusetha ezifushane, ukutholakala kwezinhlelo ze-CNC ezinobukhulu obuthathu kwenza kube nokwenzeka ukusika kwe-laser nomshini ukuncintisana ngempumelelo nezinye izinqubo zokwenziwa kwensimbi yeshidi njengokubhoboza. Lokhu kushiwo, ubuchwepheshe be-laser kwesinye isikhathi bungahlanganiswa nobuchwepheshe bokwenza imishini ukuze kuthuthukiswe ukusebenza kahle okuphelele. Ukusika i-laser yezinsimbi zeshidi kunezinzuzo ngaphezu kokusikwa kwe-plasma yokunemba kakhudlwana nokusebenzisa amandla amancane, nokho, amalaser amaningi ezimboni awakwazi ukunqamula ukushuba okukhulu kwensimbi okungatholakala yi-plasma. Amalaza asebenza ngamandla aphakeme njengama-Watts angu-6000 asondela emishinini ye-plasma ekwazini kwawo ukusika izinto eziwugqinsi. Kodwa-ke izindleko ezinkulu zalaba basiki be-laser abangama-6000 Watt ziphakeme kakhulu kunemishini yokusika i-plasma ekwazi ukusika izinto eziwugqinsi njengepuleti lensimbi. Kukhona futhi nebubi ukusika laser kanye machining. Ukusika i-laser kuhilela ukusetshenziswa kwamandla aphezulu. Ukusebenza kahle kwe-laser yezimboni kungase kusuke ku-5% kuye ku-15%. Ukusetshenziswa kwamandla nokusebenza kahle kwanoma iyiphi i-laser kuzohluka kuye ngamandla okukhiphayo kanye nemingcele yokusebenza. Lokhu kuzoncika ohlotsheni lwe-laser nokuthi i-laser ifanelana kahle kanjani nomsebenzi okhona. Inani lamandla okusika nge-laser adingekayo emsebenzini othile lincike ohlotsheni lwempahla, ukujiya, inqubo (esebenzayo/inert) esetshenzisiwe kanye nezinga lokusika elifunekayo. Izinga eliphezulu lokukhiqiza ekusikeni kwe-laser kanye nokwenza imishini linqunyelwe izinto eziningi ezihlanganisa amandla e-laser, uhlobo lwenqubo (noma ngabe iyasebenza noma i-inert), izakhiwo zezinto ezibonakalayo nokuqina. In LASER ABLATION sisusa izinto endaweni eqinile ngokuyikhanyisa nge-laser beam. Ekuguquguqukeni kwe-laser ephansi, okokusebenza kushisiswa amandla e-laser amuncwa bese kuyahwamuka noma kunciphe. Lapho i-laser flux ephezulu, izinto ezibonakalayo ziguqulwa zibe i-plasma. Amalaser anamandla aphezulu ahlanza indawo enkulu nge-pulse eyodwa. Ama-laser amandla aphansi asebenzisa ama-pulse amancane amaningi angase askenwe endaweni yonke. Ku-laser ablation sisusa okokusebenza nge-laser pulsed noma nge-laser wave beam eqhubekayo uma ukuqina kwe-laser kuphezulu ngokwanele. Ama-laser ane-pulsed angabhoboza izimbobo ezincane kakhulu, ezijulile ngokusebenzisa izinto eziqinile kakhulu. Ama-laser pulse amafushane kakhulu asusa izinto ngokushesha kangangokuthi izinto ezizungezile zimunca ukushisa okuncane kakhulu, ngakho-ke ukubhola nge-laser kungenziwa ezintweni ezithambile noma ezingezwani nokushisa. Amandla e-laser angamuncwa ngokukhetha ama-coatings, ngakho-ke ama-laser e-CO2 kanye ne-Nd:YAG angasetshenziswa ukuhlanza izindawo, ukususa upende nokunamathisela, noma ukulungisa izindawo zokudweba ngaphandle kokulimaza indawo engaphansi. We use LASER ENGRAVING and LASER MARKING to engrave or mark an object. Lezi zindlela ezimbili empeleni ziyizinhlelo zokusebenza ezisetshenziswa kakhulu. Awekho oyinki abasetshenziswayo, futhi akubandakanyi izingcezu zamathuluzi ezithinta indawo eqoshiwe futhi ziguge okuyinto enjalo nezindlela zomdabu zokuqopha nezindlela zokumaka. Izinto eziklanyelwe ngokukhethekile ukuqoshwa kwe-laser nokumaka zihlanganisa ama-polymer azwela nge-laser kanye nama-alloys ensimbi amasha akhethekile. Yize imishini yokumaka nokuqopha nge-laser ibiza kakhulu uma iqhathaniswa nezinye izindlela ezifana nezingqimba, izikhonkwane, isitayela, izitembu zokuqopha….njll., isidume kakhulu ngenxa yokunemba kwayo, ukuphindaphindeka kwayo, ukuguquguquka, ukusebenziseka kalula nokusetshenziswa kwe-inthanethi. ezindaweni ezehlukene zokukhiqiza. Ekugcineni, sisebenzisa imishayo ye-laser kweminye imisebenzi eminingi yokukhiqiza: - LASER WELDING - LASER UKWELASHWA OKUSHISA: Ukuphathwa kokushisa okuncane kwezinsimbi nezinsimbi zobumba ukuze kulungiswe indawo yazo engaphezulu yemishini ne-tribological. - LASER UKWELASHWA KWE-SURFACE / MODIFICATION: Ama-laser asetshenziselwa ukuhlanza izindawo, ukwethula amaqembu asebenzayo, ukuguqula izindawo ngomzamo wokuthuthukisa ukunamathela ngaphambi kokufakwa kokumboza noma izinqubo zokuhlanganisa. CLICK Product Finder-Locator Service IKHASI ELIDLULE

Optical Coatings - Filter - Waveplates - Lenses - Prism - Mirrors - Beamsplitters - Windows - Optical Flat - Etalons I-Optical Coatings & Filter Manufacturing Sinikeza i-off-shelf kanye nezinto ezenziwe ngokwezifiso: • Ama-optical coatings nezihlungi, ama-waveplate, amalensi, amaprism, izibuko, ama-beamsplitters, amawindi, i-optical flat, ama-etalons, ama-polarizers...njll. • Ama-optical coatings ahlukahlukene kuma-substrate akho owancamelayo, okuhlanganisa i-antireflective, i-wavelength edizayinelwe ngokwezifiso i-transmissive, reflective. Izembatho zethu zokukhanya zenziwa ngendlela ye-ion beam sputtering namanye amasu afanelekile ukuze sithole izihlungi ezigqamile, ezihlala isikhathi eside, ezihambisana nokucaciswa okubonakalayo kanye nezingubo zokumboza. Uma uthanda, singakhetha okufanelekile kakhulu kwe-optical substrate yohlelo lwakho lokusebenza. Simply usitshele mayelana nohlelo lwakho lokusebenza kanye ne-wavelength, izinga lamandla okubona kanye neminye imingcele ebalulekile futhi sizosebenzisana nawe ukuthuthukisa nokwenza umkhiqizo wakho. Amanye ama-optical coatings, izihlungi kanye nezingxenye ziye zavuthwa phakathi neminyaka futhi seziyimpahla. Senza lezi emazweni abiza kancane aseNingizimu-mpumalanga ye-Asia. Ngakolunye uhlangothi amanye ama-optical coatings kanye nezingxenye zinezidingo eziqinile zokubukeka nezejiyomethri, esizenza e-US sisebenzisa ukwakheka kwethu nokucubungula ulwazi nesimo semishini yobuciko. Ungakhokhi ngokweqile ngokungadingekile kuma-optical coatings, izihlungi nezingxenye. Xhumana nathi ukuze sikuqondise futhi sikutholele okuningi ngemali yakho. Ibhukwana le-Optical Components (ihlanganisa ama-coatings, okokuhlunga, amalensi, amaprism...njll) CLICK Product Finder-Locator Service IKHASI ELIDLULE

Pneumatic and Hydraulic Actuators - Accumulators - AGS-TECH Inc. - NM Ama-Accumulators e-Actuator I-AGS-TECH ingumkhiqizi oholayo nomnikezeli we PNEUMATIC kanye ne-HYDRAULIC ACTUATORS yokuhlanganisa, ukupakisha, amarobhothi, nokushintshashintsha kwezimboni. Ama-actuator ethu aziwa ngokusebenza, ukuguquguquka, nempilo ende kakhulu, futhi amukela inselele yezinhlobo eziningi ezihlukene zezindawo zokusebenza. Siphinde futhi sinikeze HYDRAULIC ACCUMULATORS okungamadivayisi lapho amandla angaba khona agcinwa ngendlela ye-exe noma ukucindezelwa kwe-spring ukuze kusetshenziswe isisindo se-exe. ngokumelene noketshezi olungenakucindezelwa. Ukulethwa kwethu okusheshayo kwama-accumulators womoya nama-hydraulic nama-accumulators kuzokwehlisa izindleko zakho ze-inventory futhi kugcine uhlelo lwakho lokukhiqiza luhamba ngendlela. I-ACTUATORS: An actuator uhlobo lwenjini enomthwalo wemfanelo wokuhambisa noma ukulawula umshini noma isistimu. Ama-Actuator asetshenziswa umthombo wamandla. Ama-hydraulic actuators asebenza ngomfutho we-hydraulic fluid, futhi ama-actuator womoya asebenza ngomfutho womoya, futhi aguqule lawo mandla abe ukunyakaza. Ama-Actuator izindlela lapho isistimu yokulawula isebenza endaweni. Isistimu yokulawula ingaba isistimu engaguquki yemishini noma ye-elekthronikhi, isistimu esekelwe kwisofthiwe, umuntu, nanoma yikuphi okunye okokufaka. Ama-actuator angama-hydraulic aqukethe isilinda noma i-fluid motor esebenzisa amandla adonswa amanzi ukuze kube lula ukusebenza kwemishini. Ukunyakaza komshini kungase kunikeze okukhiphayo ngokuya ngomugqa, ukunyakaza okuzungezayo noma kwe-oscillatory. Njengoba uketshezi cishe lungenakwenzeka ukuminyanisa, ama-hydraulic actuators angaba namandla amakhulu. Ama-actuator e-hydraulic angase abe nokusheshisa okulinganiselwe nokho. Isilinda esisebenza nge-hydraulic hydraulic siqukethe ishubhu eliyisilinda elingenalutho lapho ipiston ingashelela khona. Kuma-activator angama-hydraulic asebenzayo umfutho we-fluid ufakwa ohlangothini olulodwa lwepiston. I-piston ingahamba ohlangothini olulodwa kuphela, futhi isiphethu ngokuvamile sisetshenziselwa ukunikeza ipiston i-stroke yokubuya. Ama-activator aphindwe kabili asetshenziswa lapho ingcindezi ifakwa ohlangothini ngalunye lwepiston; noma yimuphi umehluko wengcindezi phakathi kwezinhlangothi ezimbili zepiston uhambisa ipiston ohlangothini olulodwa noma olunye. Ama-actuator omoya aguqula amandla akhiwe yi-vacuum noma umoya ocindezelwe ngomfutho ophezulu abe ukunyakaza okuqondile noma okujikelezayo. Ama-actuator we-pneumatic anika amandla amandla amakhulu ukuthi akhiqizwe kusuka ekushintsheni kwengcindezi encane. Lawa mandla avame ukusetshenziswa nama-valve ukuhambisa ama-diaphragm ukuze athinte ukugeleza koketshezi ngevalvu. Amandla omoya ayathandeka ngoba angasabela ngokushesha ekuqaliseni nasekumeni njengoba umthombo wamandla ungadingi ukugcinwa ukuze usebenze. Izinhlelo zokusebenza zezimboni zama-actuator zifaka i-automation, logic kanye nokulawula ukulandelana, izinto zokubamba, nokulawula ukunyakaza kwamandla aphezulu. Ngakolunye uhlangothi izinhlelo zezimoto zama-actuator zifaka isiteringi sikagesi, amabhuleki anamandla, amabhuleki asebenza ngehydraulic, nezilawuli zokungenisa umoya. Izinhlelo ze-Aerospace zama-actuator zihlanganisa amasistimu okulawula indiza, amasistimu okulawula isiteringi, isimo somoya, namasistimu okulawula amabhuleki. UKUQHATHANISA AMA-ACTUATORS WE-PNEUMATIC kanye ne-HYDRAULIC: Ama-Actuator alayini womoya ahlanganisa ipiston ngaphakathi kwesilinda esingenalutho. Ingcindezi evela ku-compressor yangaphandle noma iphampu eyenziwa ngesandla ihambisa ipiston ngaphakathi kwesilinda. Njengoba ingcindezi iyanda, isilinda se-actuator sihamba eduze kwe-eksisi yepiston, kwakheka amandla aqondile. I-piston ibuyela endaweni yayo yokuqala ngamandla ase-spring-back noma uketshezi olunikezwa ngakolunye uhlangothi lwepiston. Ama-actuator alayini we-Hydraulic asebenza ngokufana nama-actuator womoya, kodwa uketshezi olungenakucindezelwa olusuka epompo kunomoya onomfutho ohambisa isilinda. Izinzuzo zama-actuator womoya zivela ekululameni kwazo. Iningi lama-actuator we-aluminium womoya anesilinganiso sokucindezela esiphezulu esingu-150 psi ezinosayizi bore ukusuka ku-1/2 kuya ku-8 in., esingaguqulelwa cishe ku-30 kuya ku-7,500 lb. Ama-actuator ensimbi womoya ngakolunye uhlangothi anengcindezi yokulinganisa engu-250 psi enosayizi bore ukusuka ku-1/2 kuya ku-14 in., futhi akhiqiza amandla asukela ku-50 kuya ku-38,465 lb. Ama-actuator womoya akhiqiza ukunyakaza okuqondile komugqa ngokunikeza ukunemba okufana no-0.1 amayintshi nokuphindaphinda phakathi kwamayintshi angu-.001. Ukusetshenziswa okujwayelekile kwama-actuator womoya izindawo zokushisa ezeqisayo ezifana -40 F kuya ku-250 F. Ngokusebenzisa umoya, ama-actuator omoya agwema ukusebenzisa izinto eziyingozi. Ama-actuator womoya ahlangabezana nokuvikelwa kokuqhuma kanye nezidingo zokuphepha komshini ngoba awadali ukuphazamiseka kazibuthe ngenxa yokuntuleka kwawo amamotho. Izindleko zama-actuator womoya ziphansi uma ziqhathaniswa nama-hydraulic actuators. Ama-actuator e-pneumatic nawo anesisindo esincane, adinga ukulungiswa okuncane, futhi anezingxenye ezihlala isikhathi eside. Ngakolunye uhlangothi kukhona ukonakala kwama-actuator womoya: Ukulahleka kwengcindezi nokucindezelwa komoya kwenza i-pneumatics ingasebenzi kahle kunezinye izindlela zokunyakaza komugqa. Ukusebenza ngengcindezi ephansi kuzoba namandla aphansi kanye nesivinini esincane. I-compressor kufanele isebenze ngokuqhubekayo futhi ifake ingcindezi ngisho noma kungekho lutho olunyakazayo. Ukuze zisebenze kahle, ama-actuator we-pneumatic kufanele alingane nomsebenzi othile futhi awakwazi ukusetshenziselwa ezinye izinhlelo zokusebenza. Ukulawula okunembile nokusebenza kahle kudinga izilawuli ezilinganayo kanye nama-valve, okumba eqolo futhi okuyinkimbinkimbi. Ngisho noma umoya utholakala kalula, ungangcoliswa uwoyela noma ukugcotshwa, okuholela ekuphelelweni kwesikhathi nasekunakekeleni. Umoya ocindezelweyo uyinto edliwayo edinga ukuthengwa. Ngakolunye uhlangothi ama-actuator angama-hydraulic aqinile futhi afanele ukusetshenziswa kwamandla amakhulu. Angakwazi ukukhiqiza amandla amakhulu izikhathi ezingu-25 kunama-actuator womoya anosayizi olinganayo futhi asebenze nezingcindezi ezifika ku-4,000 psi. Amamotho angama-hydraulic anezilinganiso eziphezulu zehhashi-to-weight ngo-1 kuya ku-2 hp/lb amakhulu kunenjini yomoya. Ama-actuator angama-hydraulic angakwazi ukubamba amandla kanye ne-torque engaguquki ngaphandle kokuthi iphampu inikeze uketshezi oluthe xaxa noma ingcindezi, ngoba uketshezi aluthinteki. Ama-actuator angama-hydraulic angaba namaphampu awo namamotho abekwe kude kakhulu nokulahleka kwamandla okuncane. Kodwa-ke ama-hydraulics azovuza uketshezi futhi abangele ukusebenza kahle okuncane. Ukuvuza kwe-hydraulic fluid kuholela ezinkingeni zenhlanzeko kanye nokulimala okungenzeka ezingxenyeni ezizungezile nezindawo. Ama-actuator angama-hydraulic adinga izingxenye eziningi ezihambisanayo, njengama-fluid reservoirs, izinjini, amaphampu, ama-valve okukhiphayo, nezishintshisi zokushisa, izinto zokusebenza zokunciphisa umsindo. Ngenxa yalokho ama-hydraulic linear motion motion systems makhulu futhi kunzima ukuwenza. I-ACCUMULATORS: Lezi zisetshenziswa ezinhlelweni zamandla eziwuketshezi ukuze kuqoqwe amandla kanye nokwenza bushelelezi ukushaya. Uhlelo lwe-hydraulic olusebenzisa ama-accumulators lungasebenzisa amaphampu oketshezi amancane ngoba ama-accumulators agcina amandla asuka empompini ngezikhathi zesidingo esiphansi. Lawa mandla ayatholakala ukuze asetshenziswe ngokushesha, akhishwe ngokufunwa ngenani eliphindwe kaningi kunalelo elinganikezwa iphampu iyodwa. Ama-accumulators angakwazi futhi ukusebenza njengama-surge or pulsation absorbers ngokumisa izando ezisebenza ngogesi, ukunciphisa ukushaqeka okubangelwa ukusebenza ngokushesha noma ukuqalisa nokumiswa okungazelelwe kwamasilinda amandla kumjikelezo we-hydraulic. Kunezinhlobo ezine ezinkulu zama-accumulators: 1.) Isisindo sohlobo lwe-piston accumulators olulayishiwe, 2.) Iziqoqelalwazi zohlobo lwe-Diaphragm, 3.) Iziqoqi zohlobo lwasentwasahlobo kanye nezi-4.) Iziqoqelalwazi zohlobo lwe-Hydropneumatic piston. Uhlobo olulayishiwe lukhudlwana futhi lusinda ngomthamo walo kunezinhlobo zesimanje zepiston nesinye. Kokubili uhlobo olulayishiwe lwesisindo, kanye nohlobo lwentwasahlobo lwemishini akuvamile ukusetshenziswa namuhla. Ama-accumulators ohlobo lwe-hydro-pneumatic asebenzisa igesi njenge-cushion yasentwasahlobo ngokuhlangana noketshezi olusebenza nge-hydraulic, igesi noketshezi kuhlukaniswa nge-diaphragm encane noma i-piston. Ama-accumulators anemisebenzi elandelayo: -Energy Storage -Absorbing Pulsations - Ukunciphisa Ukwethuka Okusebenzayo -Ukwengeza ukulethwa kwephampu -Ukugcina Ingcindezi -Ukusebenza njengama-Dispensers Ama-accumulators we-Hydro-pneumatic ahlanganisa igesi ngokuhlangana noketshezi olusebenza ngamanzi. Uketshezi lunamandla amancane okugcina amandla. Kodwa-ke, ukungaminyanisi okuhlobene koketshezi olusebenza ngogesi kuyenza ilungele izinhlelo zamandla oketshezi futhi inikeze impendulo esheshayo esidingweni samandla. Igesi, ngakolunye uhlangothi, umlingani kuketshezi olusebenza ngamanzi ku-accumulator, ingacindezelwa kungcindezi ephezulu kanye namavolumu aphansi. Amandla angaba khona agcinwa kugesi ocindezelwe ukuze akhishwe lapho kudingeka. Kuma-accumulators ohlobo lwe-piston amandla asegesini ecindezelwe enza ingcindezi ngokumelene nepiston ehlukanisa igesi noketshezi olusebenza ngamanzi. I-piston yona iphoqa uketshezi olusuka kusilinda lungene ohlelweni futhi luye endaweni lapho umsebenzi owusizo udinga ukwenziwa khona. Ezisetshenziswa eziningi zamandla awuketshezi, amaphampu asetshenziselwa ukukhiqiza amandla adingekayo ukuze asetshenziswe noma agcinwe ohlelweni lwe-hydraulic, futhi amaphampu aletha la mandla ngokugeleza okududuzayo. Iphampu ye-piston, njengoba ijwayele ukusetshenziselwa ukucindezela okuphezulu ikhiqiza ama-pulsation alimaza uhlelo lomfutho ophezulu. I-accumulator ebekwe ngendlela efanele ohlelweni izonciphisa kakhulu lokhu kuhlukahluka kwengcindezi. Ezisetshenziswa eziningi zamandla oketshezi ilungu eliqhutshwayo lesistimu ye-hydraulic liyama kungazelelwe, lidale igagasi lokucindezela elibuyiselwa emuva ngohlelo. Leli gagasi lokushaqisa lingase libe nezingcindezi eziphezulu izikhathi eziningana kunezingcindezi ezivamile zokusebenza futhi lingaba umthombo wokwehluleka kwesistimu noma umsindo ophazamisayo. Umthelela wokunciphisa igesi ku-accumulator uzonciphisa lawa maza okwethusayo. Isibonelo salolu hlelo lokusebenza ukumuncwa kokushaqeka okubangelwa ukumisa ibhakede elilayisha kungazelelwe ku-hydraulic front end loader. I-accumulator, ekwazi ukugcina amandla, ingangezelela iphampu ewuketshezi ekuletheni amandla ohlelweni. Iphampu igcina amandla angaba khona ku-accumulator ngezikhathi zokungenzi lutho zomjikelezo womsebenzi, futhi isiqoqelilwazi sidlulisela la mandla abekiwe kusistimu lapho umjikelezo udinga amandla aphuthumayo noma aphezulu. Lokhu kwenza uhlelo lusebenzise amaphampu amancane, okuholela ekongeni kwezindleko nokongiwa kwamandla. Izinguquko zengcindezi zibonwa ezinhlelweni ezisebenza ngogesi uma uketshezi lungaphansi kwamazinga okushisa akhuphukayo noma awehlayo. Futhi, kungase kube nokwehla kwengcindezi ngenxa yokuvuza koketshezi olusebenza nge-hydraulic. 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