Umbhobho wokutyisa umgubo
1. Iindlela ezintathu / ezine-coaxial umgubo wokutyisa umlomo wombhobho: umgubo uphuma ngokuthe ngqo kwindlela emithathu / indlela yesine, idityaniswe kwindawo enye, indawo yokudibanisa incinci, isikhokelo somgubo asichatshazelwa kancinci ngumxhuzulane, kwaye i-directionality ilungile, ilungele ukuBuyiselwa kwe-laser ye-3-dimensional kunye noshicilelo lwe-3D.
2. I-annular coaxial powder feeding nozzle: I-powder ifakwe ngamashaneli amathathu okanye amane, kwaye emva kokunyanga kwe-homogenization yangaphakathi, i-powder iphuma kwindandatho kwaye idibanisa. Indawo yokuhlangana inkulu kakhulu, kodwa ifana ngakumbi, kwaye ifaneleke ngakumbi ukunyibilika kwelaser enamabala amakhulu. Ifanelekile i-laser cladding ene-angle yokuthambekela ngaphakathi kwe-30 °.
3. Umbhobho wokutyisa umgubo wecala: isakhiwo esilula, ixabiso eliphantsi, ukufakela okulula kunye nohlengahlengiso; umgama phakathi komgubo ukude, kwaye ukulawulwa komgubo kunye nokukhanya kungcono. Nangona kunjalo, i-laser beam kunye ne-powder input i-asymmetrical, kwaye isalathiso sokuskena silinganiselwe, ngoko ke ayikwazi ukuvelisa umaleko wokugquma olinganayo kulo naliphi na icala, ngoko ayifanelekanga ukugquma kwe-3D.
4. Umbhobho wokutyisa umgubo omile okwebha: igalelo elingumgubo kumacala omabini, emva kokunyangwa kwe-homogenization ngemodyuli yokuphuma komgubo, umgubo owenziwe ngebar, kwaye uqokelele kwindawo enye ukwenza i-16mm * 3mm (customizable) indawo yomgubo emise oko; kunye nokuhambelanayo Ukudityaniswa kwamabala amise okwe-strip kunokuqonda ukulungiswa komphezulu we-laser yefomati enkulu kwaye kuphuculwe kakhulu ukusebenza kakuhle.
Isixhasi somgubo
Iiparamitha eziphambili ze-barrel powder feeder
Imodeli yesondlo somgubo: EMP-PF-2-1
Isilinda sokutyisa umgubo: i-dual-cylinder powder feeding, i-PLC ezimeleyo elawulwayo
Imo yokulawula: tshintsha ngokukhawuleza phakathi kokulungiswa kwempazamo kunye nemo yemveliso
Imilinganiselo: 600mmX500mmX1450mm (ubude, ububanzi nobude)
Umbane: 220VAC, 50HZ;
Amandla: ≤1kw
Ubungakanani besuntswana lomgubo othunyelwayo: 20-200μm
Isantya sokutya i-powder disc: i-0-20 rpm yokulawula isantya esingenasinyathelo;
Ukuchaneka okuphindayo kokutyisa umgubo: <±2%;
Umthombo werhasi efunekayo: Nitrogen/Argon
Abanye: Ujongano lokusebenza lunokwenziwa ngokweemfuno
IPyrometer yeLaser
Ukulawulwa kweqondo lokushisa elivaliweyo, njenge-laser quenching, i-cladding kunye nokunyangwa kwendawo, kunokugcina ngokuchanekileyo ubushushu obuqinileyo be-edges, protrusions okanye imingxuma.
Uluhlu lobushushu bovavanyo lusuka kwi-700℃ ukuya kuma-2500℃.
Ulawulo oluvaliweyo, ukuya kuthi ga kwi-10kHz.
Iiphakheji zesoftware ezinamandla ze
ukuseta inkqubo, umboniso, kunye
ugcino lwedatha.
Iitheminali ze-Industrial l/O ezine-24V yedijithali kunye ne-analog 0-10V l/O yomgca wokuzenzekelayo
ukudibanisa kunye noqhagamshelwano lwelaser.
Iinzuzo zokugquma kweLaser
Izicelo zokuvala iLaser
● Kushishino lweemoto ezifana neevalvu ze-injini, ii-cylinder grooves, iigiya, izihlalo zevalve ephumayo kunye nezinye iindawo ezifuna ukuxhathisa okuphezulu, ukuxhathisa ubushushu kunye nokuxhathisa umhlwa;
● Kwishishini le-aerospace, ezinye i-alloy powders zigqunywe kumphezulu we-titanium alloys ukusombulula ingxaki ye-titanium alloys. Ukungalungi kwe-friction coefficient enkulu kunye nokunganyangeki kokunxiba;
● Emva kokuba umphezulu we-mold kwishishini lokubumba uphathwa nge-laser cladding, ukuqina kwayo komphezulu, ukuxhathisa ukugqoka, kunye nokumelana nokushisa okuphezulu kuphuculwe kakhulu;
● Ukusetyenziswa kwe-laser cladding kwimiqulu kwishishini lentsimbi kuye kwaba yinto eqhelekileyo.
ipharamitha
Umgaqo wokusebenza we-laser cladding
Ngokudibanisa izinto zokugquma kumphezulu we-substrate kunye nokusebenzisa i-laser-high-energy-density laser beam ukuyixuba kunye nomaleko obhityileyo kumphezulu we-substrate, i-metallurgically bonded cladding layer yenziwa kumphezulu we-substrate.
Kufuneka sazi
Ukuba ufuna ukwazi ukuba i-laser cladding ikulungele na, kufuneka uxelele la manqaku alandelayo:
1. Yeyiphi imathiriyeli imveliso yakho; zeziphi izinto eziphathekayo ezifuna ukugquma;
2. Ubume kunye nobukhulu bemveliso, kungcono ukubonelela ngeefoto;
3. Iimfuno zakho zokucwangcisa ezikhethekileyo: indawo yokucubungula, ububanzi, ubukhulu, kunye nokusebenza kwemveliso emva kokucubungula;
4. Imfuneko yokusebenza kakuhle;
5. Yintoni indleko efunekayo?
6. Uhlobo lwe-laser (i-fiber optic okanye i-semiconductor), ubungakanani bamandla, kunye nobukhulu obufunwayo bokugxila; ingaba yirobhothi exhasayo okanye isixhobo somatshini;
7. Ngaba uqhelene nenkqubo yokugquma kwe-laser kwaye ufuna inkxaso yobugcisa;
8. Ngaba kukho nayiphi na imfuneko echanekileyo yobunzima bentloko ye-laser cladding (ingakumbi umthwalo werobhothi kufuneka uqwalaselwe xa uxhasa irobhothi);
9. Yintoni imfuneko yexesha lokuhambisa?
10. Ngaba udinga ubungqina (ubungqina obuxhasayo)
