IiParameters eziphambili zobuGcisa
| Uluhlu lweParameter | Iinkcukacha ezithe ngqo |
|---|---|
| I-Arm Span | 1895 mm |
| Phinda Ukuchaneka kokuma | ±0.05 mm |
| Ubuninzi bomthwalo | 20 kg |
| Amandla eLaser | 1–5 kW |
| Ubunzima beZixhobo | malunga. 230 nekhilogram |
| IBanga loKhuseleko | Isandla IP54, uMzimba IP40 |
Iingenelo ezingundoqo
Phezulu-Ukuwelda okuchanekileyo
Ukuqhayisa ngokuphindaphindiweyo ukuchaneka kokubeka kwe-± 0.05 mm, iirobhothi zethu ze-laser welding ziqinisekisa ukuchaneka okungaguqukiyo kuzo zonke iindawo zokuwelda.
Isantya esiphezulu seWelding
Ebona santya siphezulu sewelding sifikelela kwi-10 leemitha ngomzuzu, siqhuba{1}isantya esiphezulu sokuwelda iipleyiti ezibhityileyo neziphakathi{2}}ezityebileyo.
Ihlala ixesha elide
Yakhiwe ngentsimbi -yamandla aphezulu kunye ne-aluminiyam alloy, umzimba werobhothi wenza ukuba 8+ iiyure zexesha eliqhubekayo lokusebenza kwaye unikezela ngenkonzo yexesha elingaphezulu kweminyaka esi-7.
Unxulumano oluguquguqukayo lwemulti{0}}ezihamba phambili
Ingalo yerobhothi kunye nesikhundla siqaphela intshukumo ehambelanayo ye-axis kaninzi, ekwaziyo ukuzalisekisa iindlela ze-3D zokuwelda.
Imimandla yeSicelo kunye neZixhobo eziNhambelanayo
| Imeko yesicelo | Izinto eziKhethekileyo zeSicelo | Izinto Eziluncedo |
|---|---|---|
| Izixhobo ezichanekileyo | Iikhaseji zenzwa, izixhobo zonyango, iimitha | Insimbi engenasici, i-titanium alloy, ialloy yobhedu |
| I-Aerospace | Iifreyimu zefuselage yeenqwelomoya, imibhobho yeenjini, izihlanganisi | Aluminiyam alloys, titanium alloys, superalloys |
| Ukwenziwa kweemoto | Iiphaneli zomzimba, izixhobo ze-chassis, iitreyi zebhetri | Intsimbi ekhangayo,-intsimbi eyomelele kakhulu, ialloyi yealuminiyam |
Kwi{0}}Ukulinganisa kwiNdawo kunye noLwakhiwo Vala{1}}Umboniso ophezulu
Umzobo 2.1Kwindawo{1}}iSazobe seNto yoMzobo
Umgaqo wokuSebenza kunye neNkqubo
1. Umqhubi ulungisa i-workpieces ukuba ifakwe kwi-welding workbench kwaye igqibe indawo echanekileyo.
2. Iiparamitha zokuwelda (ezifana namandla e-laser, isantya sokuwelda, isixa se-defocus, njl.njl.) zisetwa ngependant yokufundisa, kunye neprogram ye-welding esele{2} ecwangcisiweyo ebizwa.
3. Emva kokuba izixhobo ziqalisiwe, i-robot iqhuba i-laser welding torch ukuya kwindawo yokuqalisa i-welding.
4. I-laser welding torch yenza ngokuzenzekelayo imisebenzi ye-welding ecaleni kwe-set trajectory. Inkqubo yokubeka iliso{2} yokwenyani yamkelwa ngexesha lenkqubo yokuqinisekisa umgangatho wokuwelda. Ekugqityweni kwe-welding, i-robot isetha ngokuzenzekelayo kwaye ilinde umyalelo womsebenzi olandelayo.
Umboniso wevidiyo weCase Customer
Intshayelelo yeNkampani
UChuanglida ngumvelisi oqeqeshiweyo werobhothi yokuwelda epheleleyo kunye nomboneleli we-yezitishi zokuwelda zokumisa enye. Abathengi banokuthenga iirobhothi ngokwahlukileyo okanye bakhethe isisombululo sokuhanjiswa kwe-turnkey edibeneyo. Siyakwazi ukubonelela ngeencwadana zemveliso, imizobo ye-3D CAD kunye neengxelo zokuhlola umzimba we-robot. Zonke iimveliso zisebenzisa ukupakishwa okusemgangathweni kwamanye amazwe kwaye zinokuthunyelwa kwihlabathi liphela.
Ungangenisa isicelo sekowuteshini esithe ngqo, okanye usithumelele iinkcukacha zenkqubo yakho ukuze ufumane isisombululo sokhetho olulungiselelweyo.
FAQ
Q: Ngawaphi amandla e-laser acetyiswa ngokubanzi kwiirobhothi zokuwelda i-laser?
A:
-
1000W: Ifanelekile ukuwelda indawo kunye nokutywinwa kwe-seam ye-0.3mm-2mm yentsimbi ecekeceke yentsimbi kunye ne-carbon steel sheets.
1500W: Ilungele i-welding eqhelekileyo ye-1mm-3mm yensimbi engenasici kunye ne-aluminium alloy.
2000W–3000W: Ifakwe kwi-alloy ye-aluminiyam, ikopolo ebomvu kunye ne-3mm–6mm ephakathi{2}}iipleyiti zokutyeba; ukutyisa ngocingo kuyacetyiswa.
4000W–6000W: Yenzelwe iitreyi zebhetri zamandla amatsha, iipleyiti ze-aluminiyam ezishinyeneyo, i-welding enzulu yokungena kunye -nomthamo omkhulu wobhedu{1}}ophezulu we-aluminiyam yokuwelda intsimbi.
Umbuzo: Uwukhetha njani umthwalo werobhothi kwaye ufikelele?
A: Ubunzima bubonke bentloko yelaser welding eqhelekileyo kunye nefidi yocingo ukusuka kwi-5 kg ukuya kwi-12 kg, ngoko ke iirobhothi ezine-6 kg okanye i-12 kg ezikayilwayo zomthwalo zicetyiswa kakhulu. Khetha ukufikelela kwirobhothi eyi-1400 mm, 1600 mm, 1800 mm okanye 2000 mm ngokusekwe kubungakanani bomsebenzi wakho. Iirobhothi zokufikelela{10}ezinde ziyacetyiswa kwizixhobo zokusebenza ezinkulu kunye{11}}neenkqubo zokuwelda zestroke ezinendawo.
Q: Yintoni ubukhulu kunye nobuncinci bobungqingqwa be-welding ye-laser welding?
A: I-autogenous laser welding isetyenziswa ngokuqhelekileyo kwizinto eziqala kwi-0.15 mm, kunye namacandelo achanekileyo ancinci njenge-0.1 mm anokuthi adityaniswe ngokuthembekileyo. Xa usamkela i-welding yokungena enzulu edityaniswe nokutya kocingo, izixhobo ziyakwazi ukuphatha iipleyiti ukusuka kwi-8 mm ukuya kwi-15 mm ubukhulu. Ulawulo olungqongqo kwigalelo lobushushu luyafuneka kumaphepha abhityileyo ukunqanda ukutsha kwe-weld{6}}.
Umbuzo: Kutheni le nto i-pores ithanda ukwenzeka ngexesha le-laser welding of galvanized sheets? Indlela yokusombulula le ngxaki?
A: I-Zinc ibonisa indawo ephantsi yokubilisa kwaye iya kunyuka phantsi kobushushu obuphezulu be-laser, obukhokelela kwiziphene ze-pore ngexesha le-welding. Izisombululo ezicetyiswayo: Sebenzisa i-oscillating welding head, susa i-zinc coating ngokusila kwangaphambili, yehlisa isantya sokuwelda, lungisa i-engile yegesi ekhuselayo ukuze ukhuseleke ngokugqibeleleyo, kwaye wamkele iiparameters zenkqubo ezinikeleyo ye-galvanized sheet laser welding.
Iifayile ezishisayo: i-laser welding robot, i-China laser welding robhothi abavelisi, ababoneleli, umzi-mveliso
