Synrad Industrial gas CO₂ ukulungiswa laser

I-Synrad (ngoku inxalenye ye-Novanta Group) ngumenzi we-laser we-CO₂ wamazwe ngamazwe, egxile kumandla amancinci naphakathi (10W-500W) i-laser yegesi, esetyenziswa ngokubanzi kwi-laser marking, i-engraving, ukusika kunye nezixhobo zonyango. Iimveliso zayo ziyaziwa ngokuzinza okuphezulu, ubomi obude kunye neendleko zokugcinwa okuphantsi.

2. Imisebenzi engundoqo ye-lases Synrad

1. Iindawo zesicelo eziphambili

Ishishini Iinkqubo eziQhelekileyo Iimodeli ezicetyiswayo

Indawo yokumakisha/yokukrola Iplastiki, iinkuni, iglasi ephawula iFirestar series (30W-100W)

Ukusika ngokuchanekileyo Amacwecwe esinyithi anqabileyo, i-acrylic yokusika uchungechunge lweDayimane (150W-300W)

Izixhobo zonyango Utyando lwelaser, izixhobo zobuhle Uthotho lwezonyango (10W-50W)

Ukupakishwa kunye nokushicilela Ikhathoni/ukufakwa kweekhowudi zefilimu, idatha eguquguqukayo yoshicilelo lwePowerLine series (60W-200W)

2. Iinzuzo zobugcisa

Ubude bobude: 10.6μm (i-infrared ekude), ilungele ukusetyenzwa kwezinto ezingezizo ezentsimbi.

Ukumodareyitha okuphindaphindiweyo: ukuya kuthi ga kwi-50kHz (uchungechunge lwe-Firestar ti), ixhasa ukumakisha ngesantya esiphezulu.

Ubomi: ngokuqhelekileyo > iiyure ezingama-50,000 (phantsi kweemeko eziqhelekileyo zokugcinwa).

III. Ubume kunye nomgaqo wokusebenza weSynrad laser

1. Amacandelo angundoqo

Umsebenzi wecandelo Iimpawu eziphambili

Ityhubhu yerhasi yeLaser CO₂/N₂/Waxuba irhasi yokuvuselela i-laser Uyilo olutywiniweyo, alunasondlo

Ubonelelo lwamandla e-RF 40-120MHz i-high-frequency excitation gas discharge Ukupholisa kwamanzi/ukupholisa umoya ngokuzithandela

I-Optical resonant cavity Yonke-metal lens, igolide-plated reflective layering Ukumelana nobushushu obuphezulu, anti-ngcoliseko

Inkqubo yolawulo lobushushu iTEC okanye ukupholisa amanzi ukugcina uzinzo ±0.5℃ Thintela ukukhukuliseka kwamandla

Ujongano lolawulo lwe-Analog/uphawu lwedijithali (RS-232, USB) Iyahambelana ne-PLC eqhelekileyo kunye nesoftware yokumakisha

2. Umgaqo wokusebenza

Ukukhutshwa kwegesi: Amandla e-RF afaka i-CO₂ igesi, okubangela ukuguqulwa kwenombolo yesuntswana.

Ukwandiswa kokukhanya: Iifoto zi-oscillate kwaye zikhulise phakathi kwe-reflector epheleleyo (isibuko esingasemva) kunye ne-reflector eyingxenye (isibuko sokuphuma).

Ulawulo lwemveliso: I-Pulse/imveliso eqhubekayo iphunyezwa ngokumodareyitha amandla obonelelo lwamandla eRF.

4. Iimpazamo eziqhelekileyo kunye nemiyalezo yeempazamo

1. Iikhowudi zeempazamo eziqhelekileyo kunye nokucubungula

Ikhowudi yemposiso Intsingiselo Isisombululo esinokwenzeka

E01 RF ukusilela kombane Imodyuli yombane eyonakeleyo/itshiswe ngokugqithisileyo Jonga ukutshatyalaliswa kobushushu kwaye ubuyisele unikezelo lombane

E05 Amandla e-laser aphantsi Ukuguga / ukungcoliswa kwelensi Coca ilensi kwaye ujonge uxinzelelo lwegesi

E10 Ubushushu bamanzi buphezulu kakhulu Inkqubo yokupholisa ivalekile/ukusilela kwempompo yamanzi Coca isekethi yamanzi kwaye ubeke endaweni yempompo yamanzi

E15 I-Interlock trigger (ucango lokhuseleko luvulekile) Isekethi yokhuseleko lwangaphandle iqhawukile Qwalasela isitshixo socango kunye neengcingo

2. Ezinye iingxaki eziqhelekileyo

Imveliso yelaser engazinzanga:

Unobangela: Ukusilela kolawulo lobushushu okanye ukuguquguquka kwamandla eRF.

Ukusetyenzwa: Sebenzisa i-oscilloscope ukubona umqondiso weRF kwaye ulungelelanise iiparamitha zePID zolawulo lobushushu.

5. Iindlela zogcino

1. Ulondolozo lwemihla ngemihla

Inkqubo yokubona:

Jonga isibuko esiphumayo / ireflector rhoqo ngeveki kwaye uyisule ngesicoci esikhethekileyo selensi.

Kuphephe ukudibana ngqo neendawo ezibonakalayo ngezandla zakho.

Inkqubo yokupholisa:

Vavanya into yokupholisa nyanga zonke (i-conductivity yamanzi adiyoniweyo <5μS/cm).

Coca isihluzo rhoqo ngekota (iimodeli ezipholiswe ngamanzi).

Ukujongwa kwerhasi:

Rekhoda uxinzelelo lwerhasi ye-laser (uluhlu oluqhelekileyo 50-100Torr), kwaye uqhagamshelane nomenzi ukuba akaqhelekanga.

2. Isicwangciso solondolozo esithintelwayo

Izinto zokuGcinwa komjikelo Izixhobo/izixhobo

Ukucoca i-lens ye-Optical yeveki nganye Uthuli olungenaluthuli, i-ethanol engenamanzi

Ngenyanga Jonga i-fan / pump yepompo yemo yokusebenza ye-Multimeter, i-flow meter

Rhoqo kwiinyanga ezintandathu Lungisa iRF amandla aphumayo amandla Imitha yombane, oscilloscope

UkuBuyela ngonyaka kumzi-mveliso ukuvavanya ukucoceka kwegesi kunye nokutywina izixhobo zovavanyo lobuchwephesha beSynrad

3. Amanyathelo okuthintela ukucinywa kwexesha elide

Qhuba i-laser kangangemizuzu engama-30 ngaphambi kokuba ucime amandla ukuze ukhuphe ukufuma kwangaphakathi.

Indawo yokugcina: iqondo lokushisa 10-30 ℃, ukufuma <60%, ukuphepha uthuli.

VI. Ukuthelekiswa nabakhuphisana nabo (iSynrad vs Coherent CO₂ lasers)

Iimpawu Synrad Firestar f100 Coherent Diamond E-100

Uzinzo lwamandla ±2% ±1.5%

Isantya sokumodareyitha 50kHz 100kHz

Iindleko zokuyigcina iPhantsi (akukho zinto zisetyenziswayo) Iphakamile (irhasi kufuneka itshintshwe rhoqo)

Ubomi obuqhelekileyo 50,000 iiyure 30,000 iiyure

VII. Isishwankathelo

Iilaser ze-Synrad zinciphisa kakhulu ubunzima bokugcinwa komsebenzisi kunye noyilo lwetyhubhu yegesi etywiniweyo kunye nobonelelo lwamandla e-RF emodyuli. Iindawo zogcino ezingundoqo ziquka:

Ukucoca rhoqo i-lens optical (ukuphepha ukuthotywa kwamandla).

Gxininisa ngokungqongqo inkqubo yokupholisa (ukuthintela ukutshisa kunye nomonakalo kunikezelo lwamandla eRF).

Ukusebenza ngokusemgangathweni (ukuphepha amandla rhoqo kunye nokucima ukuchaphazela ityhubhu yegesi).

Ngeziphoso ezinzima (ezifana nokuvuza kwegesi okanye umonakalo wesekethe yeRF), kuyacetyiswa ukuba uqhagamshelane nomboneleli wenkonzo yobuchwephesha ukuze uphathe.