Ukusika iLaser yenye yezona zinto zibalulekileyo zokusetyenziswa kwelaser, oko kukuthi, ukusebenzisa isipili sokujolisa ukujolisa umqadi welaser kumphezulu wesixhobo sokunyibilikisa izinto, kwaye kwangaxeshanye, sebenzisa igesi ecinezelweyo yecoaxial ngomqadi welaser. vuthela izinto ezinyibilikisiweyo, kwaye wenze i-laser beam kunye nempahla kunye nomgama othile.I-trajectories ihamba ngokumalunga nomnye, ngaloo ndlela yenze imilo ethile ye-slit.
Izinto eziphambili ezichaphazela ukusika kwe-laser✦
Inkqubo yokusika i-laser igqitywe yindlela yokuhamba, inkqubo yokulawula, i-laser, kunye nentloko ye-laser.Ngoko ke, izinto ezichaphazela umphumo wokusika zivela ikakhulu kwiindawo ezine eziphambili.Ezona zinto ziphembelelayo zezi: ukuhanjiswa kwamandla e-beam, amandla e-laser, i-diameter yokugxila, indawo ekugxilwe kuyo, isantya sokusika, ububanzi bombhobho njalo njalo.
Phakathi kwazo zonke izinto ezichaphazela umphumo wokusika, eyona nto inamandla kakhulu yindawo yokugxila.Ukutshintsha indawo ekugxilwe kuyo ilingana nokutshintsha ububanzi besiganeko somqadi kumphezulu wephepha kunye ne-engile yeziganeko ngaphakathi kwephepha, okuya kuchaphazela ukubunjwa kwe-slit kunye nokubonakaliswa kwe-beam ngaphakathi kwe-slit, ngaloo ndlela kuchaphazela ububanzi be-slit, ngelixa ububanzi be-slit buya kuchaphazeleka.Ububanzi buchaphazela phantse yonke imiphumo yokusika, njengoburhabaxa bendawo yokusika kunye nesimo sokubambelela kwe-slag ezantsi.
Yintoni indawo ekugxilwe kuyo✦
Indawo ekugxilwe kuyo ( Z ) inxulumene nomgangatho ophezulu wezinto eziza kunqunyulwa kwaye ibhekiselele kumgama phakathi kwendawo ekugxilwe kuyo kunye nayo.Ngokwesiqhelo, indawo ekugxilwe kuyo kumphezulu wephepha ibizwa ngokuba yi-zero focal, oku ngasentla kubizwa ngokuba yi-positive focal, kwaye indawo ekugxilwe kuyo engezantsi ibizwa ngokuba yi-negative focal, umzobo weskim ngolu hlobo lulandelayo:
Isiphumo sendawo ekugxilwe kuyo✦
Igrafu engezantsi ibonisa ubudlelwane phakathi kwendawo ekugxilwe kuyo (Z) kunye nobubanzi (W) bendawo ephezulu ye-kerf kwizinto ezicutshungulwayo.Xa ugxininiso luphezu kwephepha, ububanzi be-slit bubuncinci, butshintsha indawo yokugxila, nokuba i-defocus enhle okanye i-defocus engalunganga, ububanzi be-slit buya kuba banzi.Ngokuxhomekeke kubude obugxininisiweyo bentloko yokusika esetyenzisiweyo, iqondo lokwandiswa kwe-kerf liyahluka.Ngokubanzi, ubude obufutshane be-focal ye-lens yentloko yokusika kunye nobuncinci be-focal ubunzulu, ubukhulu benguqu ye-kerf kunye nendawo ekugxilwe kuyo.
Ngaphambi kokuba naliphi na iphepha lisikwe, umgama phakathi kwendawo ekugxilwe kuyo kunye nephepha kufuneka ulungiswe.Ngokuqhelekileyo, ukhetho lwesikhundla sokugxila luya kuhluka kwizinto ezahlukeneyo zokusika, ngoko ke ungakhetha njani ngokuchanekileyo?
Indlela yokukhetha indawo echanekileyo yokugxila✦
Ø Ukusika ugxininiso oluhle
Ugxininiso luphezulu kwizinto zokusika.Emva kokuba i-boam ifikelele kumphezulu wezinto eziphathekayo, uluhlu lwe-irradiation luba lubanzi kwaye lusasazeka kwi-slit, ukwenzela ukuba inxalenye ephantsi ye-slit inkulu kunenxalenye ephezulu.Kufanelekile ukusika i-oxidation, njengokusika i-oksijini yensimbi ye-carbon, eyanceda i-oksijini Finyelela ngaphantsi kwendawo yokusebenza ukuba ithathe inxaxheba kwi-reaction oxidation epheleleyo;ngelo xesha, i-slit enkulu esezantsi iphinda incede ukususa i-slag.Ngokuqhelekileyo, ukusika i-oksijini yensimbi ye-carbon, phakathi koluhlu oluthile, inkulu i-defocus efanelekileyo, inkulu ubukhulu bebala kumphezulu wezinto eziphathekayo, ikhanya kwaye igudileyo indawo yokusika;kwaye ngaphaya koluhlu oluthile, indawo esezantsi yamandla isenokungoneli, kananjalo Cause ukusika okanye i-slag ezantsi.
▲ I-GW Laser 2KW i-oksijini enika ujoliso olulungileyo ukusika intsimbi yekhabhoni eyi-15mm
Ø Ukusikwa kwengqwalasela engalunganga
Ngethuba lokunqunyulwa kwengqwalasela engalunganga, kugxininiswe ngaphakathi kwephepha, kwaye i-laser igxininise ngaphakathi kwezinto eziphathekayo, eziqinisekisa ukuba inxalenye ephantsi ye-slit inobuninzi bamandla okwaneleyo.I-slit ibanzi phezulu kwaye incinci phantsi, kwaye inxalenye ephezulu inobubanzi obukhulu bokusika, okuphucula ukunyibilika kwamanzi;kodwa inxalenye engezantsi inobubanzi obuncinci bokusika kwaye ifuna ukuhamba komoya okukhulu.Ngokuqhelekileyo, xa usika ngomoya okanye i-nitrogen, i-negative defocus isetyenziswa.
▲ I-GW Laser 6KW Nitrogen eNegative Focus Ukusika i-10mm yentsimbi engatyiwayo
Ø Zero ukusika ukugxila
Ngexesha lokusikwa kwe-zero-focus, umphezulu wepleyiti unokufumana eyona ndawo incinci, ngoko ke uluhlu lokunyibilika luncinci kwaye i-kerf incinci, ifanele ukusika okuphezulu kwezixhobo ezincinci.
▲ I-GW Laser 2KW Nitrogen Zero Coke Ukusika i-1mm yobhedu
Iilaser ezikhankanywe ngasentla zii-GW Laser 4S series 2KW kunye ne-P series 6KW lasers ngokulandelelanayo.
Uluhlu lwe-4S lwamkela uyilo olutsha lwesakhiwo se-optical, i-single-cavity single-mode output, umgangatho ophezulu we-beam, kunye neendleko zokugcinwa okuphantsi, ukunika izixhobo zokulungisa i-laser ezingenakulinganiswa kunye nokulula.
▲ GW Laser 4S uthotho 2KW laser
Uchungechunge lwe-P lwamkela uyilo olutsha lwemodyuli, izinga lokusetyenziswa kwendawo yemveliso liphezulu, ukubonakala kuncinci kwaye kuhle, kwaye ukusebenza kuzinzile kwaye kunamandla.
▲ GW Laser P uthotho 6KW laser
Iimpawu zokusika kunye nomda osebenzayo wezikhundla ezahlukeneyo ekugxilwe kuzo✦
Kwiminyaka yakutshanje, uluhlu lwamandla e-fiber lasers belusanda unyaka nonyaka, kwaye kwizicelo zokusika i-laser, iye yasuka kwi-kilowatts ukuya kumashumi amawaka e-watts.I-GW Laser iye yaqhubeka iphonononga ukusetyenziswa kweelaser ezinamandla aphezulu kwaye yaphuhlisa i-HBF ekhethekileyo yokukhanya okuphezulu kwemowudi ye-laser ephumayo.Ngelixa uqinisekisa umgangatho ogqwesileyo wokusika ipleyiti eshinyeneyo, ikwathathela ingqalelo iimfuno zobuchule bokusika ipleyiti encinci.
▲ I-GW Laser 5M uchungechunge lwelaser yamandla aphezulu
I-GW laser ephezulu yokusika indawo yokugxila eqhelekileyo✦
Kwizicelo zangempela zokusika, kuyafuneka ukuba ukhethe indawo efanelekileyo yokugxila ngokweemfuno ezithile zokusika.
Ukuba unayo nayiphi na imibuzo kwisicelo esisebenzayo, nceda usishiye umyalezo!
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Ixesha lokuposa: Jan-14-2022