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Ukucocwa kweLaser kuKhokela ukuCoca kwimizi-mveliso

Ukucocwa kweLaser kuKhokela ukuCoca kwimizi-mveliso

Ukucocwa kweLaser kuKhokela ukuCoca kwimizi-mveliso

Itekhnoloji yokucoca i-laser ibhekisa kwinkqubo yokusebenzisa umqa we-laser one-eneji ephezulu ukuntywizisa indawo esebenzayo, ukuze ukungcola, umhlwa okanye ukutyabeka kumphezulu kube ngumphunga okanye kuxotyulwe ngoko nangoko, kunye nokuncamathelisa okanye ukutyabeka kumphezulu wento yokucoca. inokususwa ngempumelelo kwisantya esiphezulu, ukuze kufezekiswe ukucoca.Luhlobo lokusingathwa konxibelelwano, olunokuthi luqonde ngokulula ukusebenza okude, kwaye lunokudityaniswa nerobhothi okanye i-manipulator ngokuhanjiswa kwefiber optical, enokuqonda ngokulula ukusebenza okuzenzekelayo;inokucoca iindawo ekungelula ukufikelela kuzo ngeendlela zemveli;inexabiso eliphantsi lokutshabalalisa;inokukhetha ukucoca ukungcola ebusweni bezinto eziphathekayo, ngaphandle kokonakalisa ukubunjwa kwangaphakathi kunye nesakhiwo sezinto eziphathekayo.

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Itekhnoloji yokucoca isoloko isetyenziswa kwimveliso yeshishini.Umzekelo, kwinkqubo electroplating, phosphating, ukutshiza, ukuwelda, ukupakishwa kunye nendibano yeesekethe ezidityanisiweyo kwiimveliso zoshishino, ukwenzela ukuqinisekisa umgangatho workpiece kwinkqubo elandelayo, igrisi, uthuli, umhlwa, intsalela yokunyibilikisa, ibhinder kunye obunye ubumdaka kumphezulu wemveliso kufuneka bususwe.

 

Umgaqo wokucoca nge-laser

I-Laser, kunye ne-electron beam kunye ne-ion beam, ibizwa ngokuba yi-high energy beam.Uphawu oluqhelekileyo kukuba i-beam ithwala amandla aphezulu kwindawo.Ngokugxininisa, ubuninzi bamandla we-104-1015 W / cm2 bunokufumaneka kufuphi nogxininiso, owona mthombo wokushisa ophezulu.I-Laser ineempawu zokukhanya okuphezulu, ukuqondisa okuphezulu, i-monochromaticity ephezulu kunye nokuhambelana okuphezulu, okungahambelani nomthombo wokukhanya oqhelekileyo.Ukusebenzisa ukukhanya okuphezulu kwe-laser, emva kokugxila kwi-lens, ubushushu bamawaka okanye namashumi amawaka edigri anokuveliswa kufutshane nogxininiso.I-directivity ephezulu ye-laser yenza kube lula ukuba i-laser idlulise ngokufanelekileyo kwimigama emide.I-laser ine-monochromaticity ephezulu kunye ne-wavelength enye, ekhuthaza ukugxila kunye nokukhethwa kwe-wavelength.

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I-laser evela kumthombo we-laser idluliselwa kwi-fiber optical ukuya kwi-lens egxininisekileyo, kwaye emva kokugxila, ifikelela kumphezulu we-workpiece ukuba ihlambuluke ukusuka kumngxuma wangaphakathi we-nozzle.I-nozzle idla ngokusetyenziselwa ukuvuthela igesi ngoxinzelelo oluthile kwindawo yokucoca ngokusebenzisa umngxuma omncinci we-coaxial we-laser.Irhasi inikezelwa ngumthombo wegesi oncedisayo.Umsebenzi wayo oyintloko kukuthintela i-lens ukuba ingangcoliswa yi-splashes kunye nothuli, ukuhlambulula ubuso bomsebenzi, kunye nokuqinisa ukusebenzisana kwe-thermal phakathi kwe-laser kunye nezinto eziphathekayo.

Amasuntswana amahle kumphezulu wezinto ikakhulu abandakanya iioksidi kunye nothuli.Indlela yokucoca i-laser kukwandiswa kwe-thermal ye-particle phantsi kwe-radiation ye-laser beam, ukwanda kwe-thermal ye-substrate surface kunye noxinzelelo lokukhanya olusetyenziswa kwiincinci.Xa isiphumo samandla ale mikhosi (amandla okucoca) sikhulu ngaphezu kokunamathela kwendawo yezinto kwiinqununu, iinqununu ziya kuwa kwaye zihlambuluke.

 

Iindlela ezine zokucoca nge-laser

(1) I-Laser yokucoca i-laser, oko kukuthi, ukusetyenziswa kwe-pulsed laser ngqo kwi-radiation decontamination;

(2) I-Laser + indlela yefilimu yolwelo, oko kukuthi, idiphozithi yokuqala yomaleko wefilim elulwelo kumphezulu we-substrate, kwaye emva koko usebenzise imitha yelaser ukukhupha iintsholongwane;xa i-laser irradiates kwifilimu yolwelo, ifilimu yolwelo ifudunyezwa ngokukhawuleza, okukhokelela ekuqhumeni komphunga, kunye ne-explosive shock wave ikhulula ubumdaka kumphezulu we-substrate.Kwaye kunye ne-wave shock wave indiza isuka kumphezulu wento yokucubungula, ukufezekisa injongo yokucoca.

(3) Indlela ye-laser + igesi ye-inert kukuvuthela igesi ye-inert kumphezulu we-substrate ngelixa i-laser ikhupha.Xa ukungcola kuchithwa kumphezulu, kuya kutshitshiswa ngokukhawuleza kwigesi, ukwenzela ukuba ugweme umphezulu wokungcola kunye ne-oxidized kwakhona;

(4) Emva kokuba ukungcola kukhululwe nge-laser, icocwa ngendlela yekhemikhali engagqwaliyo.Okwangoku, iindlela ezintathu zokuqala zisetyenziswa ngokuqhelekileyo.

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Iindlela zokucoca zemveli kwishishini zingahlelwa ngokweendidi ezintathu

(1) Indlela yokucoca oomatshini, oko kukuthi, ukusebenzisa ukukhuhla, ukosula, ukuxukuxa kunye nezinye iindlela zokuphumeza injongo yokususa izinto ezingcolisa umphezulu;

(2) Indlela yokucoca iikhemikhali ezimanzi, usebenzisa i-agent yokucoca i-organic, ngokutshiza, i-drench okanye i-vibration ephezulu yokususa ioli kunye nezinye iziqhotyoshelo zomhlaba;

(3) Indlela yokucoca i-ultrasonic, faka iinxalenye emanzini okanye kwi-solvent ye-organic, sebenzisa ngokupheleleyo i-ultrasonic vibration effect ukususa ukungcola.Phakathi kwabo, indlela yokucoca i-ultrasonic ifezekisa ukucoceka okuphezulu kwindlela yokucoca yendabuko, kodwa i-workpiece kufuneka ibekwe kwiziko le-acoustic vibration ukwenzela ukuba impembelelo yokucoca ifanane, kwaye ayikwazi ukucoca iinqununu ezinkulu okanye amanqaku, kwaye i-workpiece ilula i-oxidize xa yomile emva kokucoca.

 

Okwangoku, ezi ndlela zintathu zokucoca zisahamba phambili kwimarike yokucoca yaseChina, kodwa isicelo sabo sinqunyelwe kakhulu phantsi kweemfuno zokukhuselwa kwendalo kunye nokuchaneka okuphezulu.Indlela yokucoca ngoomatshini ayinakuhlangabezana neemfuno zokucoca ukucoceka okuphezulu, kwaye kulula ukulimaza umphezulu we-workpiece ukuba ihlambuluke;ngelixa indlela yokucoca imichiza kulula ukubangela ukungcola kokusingqongileyo, kwaye ukucoceka okufunyenweyo nako kuncinci kakhulu, ngakumbi xa ukubunjwa kokungcola kuyinkimbinkimbi, iintlobo ezahlukeneyo zokucoca kufuneka zikhethwe ukuba zihlambuluke ngokuphindaphindiweyo ukuhlangabezana neemfuno zokucoceka kwendawo.Nangona isiphumo sokucoca indlela yokucoca i-ultrasonic ilungile, ayikwazi ukwenza nantoni na malunga nokucocwa kwee-submicron particles.Ubungakanani betanki yokucoca iyanciphisa umda kunye nobunzima beendawo zokucubungula, kwaye ukomisa i-workpiece emva kokucoca kuyingxaki enkulu.

 

Xa kuthelekiswa neendlela zokucoca zesintu, zeziphi iingenelo zikamatshini wokucoca we-laser we-Tianhong ophathwa ngesandla?

 

Izixhobo zokucoca laser zeCelestron

 umatshini welding laser welding eqhubekayo

Isixhobo sokucoca i-laser ye-Celestron sisizukulwana esitsha semveliso ye-high-tech ehlakaniphile yokucoca umphezulu, onokucoca ngaphandle kwe-chemical reagent, medium, dust and water.Iyakwazi ukuqaphela ukugxila okuzenzekelayo, kwaye ineenzuzo zokucoceka okuphezulu komphezulu.Iyakwazi ukususa i-resin, i-oyile, ibala, ukungcola, i-rust, i-coating, ipeyinti, njl. ebusweni bezinto.Kulula ukwenza kunye nokuyifaka.Iiparamitha zemowudi yesoftware zinokulungiswa kwaye zigcinwe.Kukulungele ngakumbi ukusebenzisa kwixesha elizayo.

1. Iyakwazi ukuphatheka kwaye ihambe ngaphandle kokuqhaqha kunye nokuphatha

2. Ukucoca ngokuchanekileyo, kunokuseta ububanzi bokukhanya

3. Ukucocwa okungadibananga, phantse akukho monakalo kumphezulu we-substrate

4. Akukho mfuneko yesisombululo sokucoca iikhemikhali, ukhuseleko olukhuselekileyo kunye nokusingqongileyo

5. Inkqubo yokucoca i-laser izinzile kwaye iphantse igcinwe simahla

6. Akukho zinto zisetyenziswayo

7. Ukusebenza kokucoca kuphezulu kakhulu, ukonga ixesha

8. Unokubanjwa ngesandla okanye kunye ne-manipulator ukuphumeza ukucoca ngokuzenzekelayo

 

Umda wokusetyenziswa komatshini wokucoca we-laser we-Celestron ngesandla

1. Ukuchithwa kwendawo yesinyithi;

2. Ukususwa kwepeyinti yomphezulu kunye nonyango lokuyikhulula;

3. Ukucocwa kweoli, ibala kunye nokungcola phezu komhlaba;

4. Ukugquma umphezulu kunye nokususwa kwengubo;

5. Ukulungiswa komphezulu we-welding / umphezulu wokutshiza;

6. Ukususwa kothuli kunye neziqhotyoshelo kumphezulu wemifanekiso yamatye;

7. Ukucoca intsalela yokubumba irabha.

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Ixesha lokuposa: Sep-26-2021