Tiknoolajiyada nadiifinta laser-ka waxay isticmaashaa garaaca laser-soo noqnoqda iyo tamarta sare si ay u iftiimiso dusha sare ee shaqada. Lakabka dahaarka ayaa isla markaaba nuugi kara tamarta laysarka ee diiradda la saarayo, si ay wasakhda saliidda, dhibcaha miridhku ama dahaarka dusha sare u soo baxaan ama diirran isla markiiba, iyo lifaaqyada dusha sare ama dahaarka dusha sare ayaa si wax ku ool ah looga saari karaa xawaare sare. Theleysarkanadiifinta habka, iyo garaaca laysarka oo leh wakhti gaaban oo ficil ah, ma dhaawici doonto substrate-ka birta ee hoos yimaada xuduudaha ku habboon.
Mabda'a: Habka nadiifinta ee garaaca wadnaha Nd: YAG laser wuxuu ku tiirsan yahay sifooyinka garaaca iftiinka iftiinka ee uu dhaliyo laysarka, oo ku salaysan falcelinta sawir-fissiyeedka ee ay sababtay isdhexgalka ka dhexeeya laydhka sare, laser-gaaban, iyo lakabka wasakheynta .
Mabaadi'da jireed waxaa lagu soo koobi karaa sida soo socota:
1.Bamka ka soo baxa laysarka waxaa nuugaya lakabka wasakhaysan ee dusha sare si loo daaweeyo;
2. nuugista tamarta weyn waxay samaysaa balasma si degdeg ah u fidaysa (gaas aan degganayn oo aad u sarreeya), kaas oo soo saara hirarka naxdinta leh;
3. Hirarka naxdinta leh ayaa wasakhaha u beddela jajab waana la saaraa;
4.Balacda garaaca garaaca iftiinka waa in uu ahaado mid gaaban oo ku filan si looga fogaado kulaylka kuleyl ee waxyeello u geysta dusha si loo farsameeyo;
5. Tijaabooyinku waxay muujinayaan in marka ay jiraan oksaydhyo dusha birta ah, Plasma uu ka soo baxo birta.
Plasma waxa la abuuraa kaliya marka cufnaanta tamartu ka sarreyso heerka, taas oo ku xidhan lakabka wasakhaysan ama lakabka oksaydhka oo la saaro. Saamayntan xad-dhaafka ah ayaa aad muhiim ugu ah nadiifinta wax ku oolka ah iyadoo la hubinayo badbaadada alaabta saldhigga ah. Waxaa jira marin labaad oo ah muuqaalka balasmaha. Haddii cufnaanta tamarku dhaafto xadkan, walxaha salka waa la burburin doonaa. Si loo sameeyo nadiifin wax ku ool ah oo hoos yimaada dhismaha hubinta badbaadada alaabta saldhigga ah, xuduudaha laysarka waa in la hagaajiyaa iyadoo loo eegayo xaaladda si cufnaanta tamarta ee garaaca iftiinka si adag u dhexeeya labada marin.
garaaca laysarka kasta waxa uu saarayaa dhumuc gaar ah oo lakabka wasakhaysan. Haddii lakabka wasakhaysan uu dhumuc yar yahay, garaacyo badan ayaa loo baahan yahay si loo nadiifiyo. Tirada garaaca wadnaha ee loo baahan yahay si loo nadiifiyo dusha sare waxay kuxirantahay heerka wasakheynta dusha sare. Natiijo muhiim ah oo ay soo saaraan labada marin waa is-xakamaynta nadiifinta. Wadnaha iftiinka ee cufnaanta tamartiisu ka sarreyso marinka koowaad ayaa ka ilaalin doona wasakhda ilaa ay ka gaarto walxaha salka. Si kastaba ha ahaatee, sababtoo ah cufnaanta tamarta ayaa ka hooseysa heerka burburinta ee walxaha saldhigga ah, saldhiggu ma dhaawacmi doono.
Nd: Aaladaha YAG ayaa si weyn loogu isticmaalay farsamaynta walxaha. Waxa intaa dheer in qodista laser, alxanka, daaweynta kulaylka, calaamadaynta, qorista, dheelitirka firfircoon iyo codsiyada kale ee processing, waxa kale oo loo isticmaali karaa berrinkii of processing micro. Gaar ahaan farsamaynta wareegyada isku dhafan ee baaxadda weyn waxay muujisay faa'iidooyinkeeda gaarka ah.
Jinan Gold Mark CNC Machinery Co., Ltd. waa shirkad warshadeed oo heer sare ah oo ku takhasustay cilmi baarista, soo saarista iyo iibinta mishiinada sida soo socota: Laser Engraver, Fiber Laser Marking Machine, CNC Router. Alaabooyinka ayaa si weyn loogu isticmaalay guddiga xayeysiinta, farshaxanimada iyo naqshadeynta, naqshadeynta, shaabadda, calaamadaynta, alwaaxa iyo xaradhka, qurxinta dhagaxyada, jarista maqaarka, warshadaha dharka, iyo wixii la mid ah. Iyada oo ku saleysan nuugista tignoolajiyada horumarsan ee caalamiga ah, waxaan siinaa macaamiisha wax soo saarka ugu horumarsan iyo adeegga iibka kadib. Sanadihii ugu dambeeyay, alaabtayada waxaa lagu iibiyay ma aha oo kaliya Shiinaha, laakiin sidoo kale ilaa Koonfur Bari Aasiya, Bariga Dhexe, Yurub, Koonfurta Ameerika iyo Suuqyada kale ee dibadda.
Email: cathy@goldmarklaser.com
WeCha/WhatsApp: +8615589979166
Waqtiga boostada: Jan-06-2022