Umshini Wokushisela We-Laser Welding Ozenzakalelayo We-6 Axis Robotic Oqondile Osebenza Ngokuzenzakalelayo
Izici Zemishini:
1. Ukusebenzisa ukunyakaza kwerobhothi, okufanelekela ukushisela isikhala esinefomethi enkulu, kungaba ukuxhumanisa okunezingqimba eziyisithupha.
2. Ingashisela kunoma iyiphi indawo, ibone ngempela ukushisela okuzenzakalelayo kwanoma iyiphi indlela esikhaleni.
3. Ukunemba okuphezulu kokuphindaphinda, kungaphinda ukushisela izikhathi eziningi ngaphandle kwephutha, ikhwalithi yokushisela izinzile kakhulu.
4. Ingathatha indawo yokusebenza ngesandla, futhi ingashisela nge-laser amasimu ayinkimbinkimbi nayingozi.
Izindawo zokufaka isicelo:
Umzimba ozenzakalelayo, ipuleti lensimbi elizenzakalelayo, ipuleti le-clutch, amasimu okushisela anzima futhi ayinkimbinkimbi, izingxenye ze-microelectronic, izingxenye ezinembile, izingxenye zedijithali zezinga eliphezulu, izixhumi ze-fiber optic, amadivayisi ezokwelapha, ukushisela okukhulu kwesikhunta, ukubumba ngomjovo nokunye ukushisela.
UMSHINI WOKUSHINTSHA I-ROBOT LASER
ISIXAZULULO SOKUSHINTSHA SOCHWEPHESHE
I-Wire Feeder kanye ne-Welding Concentrated on the Control Pedal
Ukunemba Kokubeka Irobhothi Elingu-0.08mm
Raycus Max JPT IPG Laser Source Optional
Ukwenza ngokwezifiso uhlelo lonke
| Igama Lomkhiqizo | Umshini Wokushisela We-Laser Ozenzakalelayo WerobhothiI-MLA-W-A01 |
| Ubude begagasi | 1070+/-10 nm |
| Amandla e-Laser | 1000W 1500W 2000W 3000W |
| Ukulungiswa Kwamandla | 10-100% |
| Ubude befayibha | I-Standard 10m noma i-Specify |
| Izindlela Zokusebenza | I-CW/I-Pulse |
| Ibanga Lesivinini | 0-120 mm |
| Ubukhulu be-Weld | 0.5-6 mm |
| Isidingo Sesikhala Sokushisela | < 1 mm |
| Imvamisa Yokuguquguquka | 20KHZ |
| Isikhathi Sokuvula/Sokuvala | 20 Us |
| Izinga Lokushisa Elisebenzayo | 15-35 ℃ |
| Ukunikezwa kwamandla kagesi | 220V/50HZ/30A |
| Izindlela Zokupholisa | Yakhelwe ngaphakathi epholile ngamanzi |
| Usayizi Womshini | 990*540*1030 mm |
KULULA UKUSEBENZA
Isilawuli esisebenziseka kalula sokubambisana okulula nemiyalelo yobuciko bokushisela i-fiber laser
UKUXHUMANA KOLAWULO
Ukuhlanganiswa kwekhabhinethi yokulawula ukulawula umsebenzi wokondla ngentambo. Futhi amandla e-laser angakhuphuka futhi ehle kancane ukuvimbela ukusha ngokweqile. Ukuphakama nokwehla kancane kunenzuzo ikakhulukazi ekushiseni amapuleti amancane. Lapho i-manipulator isiqedile, ngokuvamile kulula ukushisisa ipuleti.
I-LASE INTERGRATUION
Ngaphezu kokulungisa amapharamitha okushisela ohlelweni lwe-laser. Iphinde ibe nemisebenzi yokukhanya kwesibonakaliso sesimo sesistimu ngayinye, ukushintsha kwamanzi kagesi, kanye nesikhumbuzo esizenzakalelayo sokuvikela ilensi.
UKUHLUKANISWA KWENHLOKO
Ikhanda lokushisela elihlanganisiwe, i-CCD ekhanda, amandla alungisekayo, i-auto focus, ukusebenza okulula.
KULULA UKUSEBENZA
Izinkinobho ze-teach pendant zilula futhi kulula ukuziqonda, futhi uhlelo lokufundisa lungafundwa futhi lusetshenziswe ngokushesha. Uma ukusebenza kungalungile, umshini uyama ngokuzenzakalelayo ukuze ugweme ingozi yokulimala kwemishini.
SEBENZA NGOKUPHUMELELAYO
Uma isifakiwe ohlelweni, ingasetshenziswa ngaso sonke isikhathi. I-MavenLaser Robot Arm isekela amahora angama-24 omsebenzi oqhubekayo ngokunemba okuphezulu kanye nesivinini esikhulu. Ukusebenza okuzenzakalelayo ngokuphelele, irobhothi lingaqedela umthwalo womsebenzi wabantu abangaphezu kuka-2-3 ngosuku.
IZINDLEKO EZIPHANSI
Ukutshalwa kwezimali kanye kanye, izinzuzo zesikhathi eside. Isikhathi senkonzo yerobhothi le-MavenLaser singamahora angu-80,000, okulingana neminyaka engaphezu kwengu-9 yomsebenzi ongaphazanyiswa wamahora angu-24. Kusindisa kakhulu izindleko zabasebenzi kanye nezindleko zokuphatha abasebenzi, futhi kuxazulula izinkinga ezifana nobunzima bokuqasha abantu.
KUPHEPHILE FUTHI KUYATHEMBEKA
Ingalo yerobhothi i-MavenLaser ifakwe izindlela zokuvikela ukuphepha kwe-photoeletric. Uma izinto zakwamanye amazwe zingena endaweni yokusebenza, ingaxwayisa futhi imise umsebenzi ngokuzenzakalelayo ukuze igweme ingozi kubasebenzi.
AMANDLA APHEPHILE NOKUTHULA
Ukuhlelwa komugqa wemishini ezenzakalelayo ye-MavenLaser kulula futhi kuhlelekile, akukho msindo, ingalo yerobhothi elula neqinile, ukusetshenziswa kwamandla okuphansi, ukususwa kwamandla kanye nokuvikelwa kwemvelo.
Ingalo Yerobhothi
Ingalo yerobhothi yenziwe nge-aluminium castings ngokusebenzisa isikhungo se-CNC, futhi ubuso obufuthwayo bufinyelela ubuhle.
Imbobo Yekhebula Egciniwe
Ingalo yerobhothi inezimbobo zekhebula ezigciniwe, ezinhle futhi ezivimbela ukusebenza kwe-manipulator, ukuphela kwe-trachea kugcinelwe i-port kanye nesixhumi sekhebula ledatha.
Isibhamu Sokushisela Amarobhothi
Iguquguqukayo ekushintsheni imisebenzi yokushisela, ubude besibhamu sokushisela bungenziwa ngezifiso, ukuphakelwa kwentambo kuzinzile kakhulu, futhi kungaphatha umsebenzi oyinkimbinkimbi.
Isiphakeli Sezintambo Zokushisela
Inendlela yokuphakelwa kwentambo okuqhubekayo, ukuphakelwa kwentambo okuzinzile, ukuphakelwa kwentambo okuzinzile, ukulungiswa kwesivinini sokugcwalisa intambo yomsele, kanye nomsebenzi wokulawula ukuhoxiswa kwentambo yokuthengisa, okungavimbela ngempumelelo ukunamathela kwentambo.
● Umthombo weLaser(Raycus,Max,JPT,IPG Optional)
● Isikrini se-CCD esinesinqumo esiphezulu
● Izinkinobho Zememori (iziteshi zokushisela ezintathu zingalungiswa)
● Ikhabhinethi Elisha Elimnyama Nomhlophe (Uhlelo Lokupholisa Lwelaser Namanzi Kunye)
● Umzimba Womshini Werobhothi
● Ikhabhinethi Yokulawula Umshini Wokushisela We-Robotic Laser
● Ingalo yerobhothi enembile kakhulu
● Usayizi ongenamkhawulo wezinto zokushisela
● Iphedali yokudweba yenza indlela yokudweba ibe lula kakhulu
● Ivumelana nezimo ngomugqa ozenzakalelayo okhona
| I-MLA-W-A01 | I-MLA-WA02 | |
| Isilawuli | 6 | 5 |
| Umthamo Omkhulu Wokuhola | 10 | 10 |
| Isilinganiso(mm) | 1468 | 1468 |
| Ukuphindaphinda | ±0.08 | ±0.08 |
| Ibanga Lokunyakaza(°) | ||
| I-J1 Axis | ±170 | ±170 |
| I-J2 Axis | ±80～-90 | ±80～-90 |
| I-J3 Axis | ±85～-90 | ±85～-90 |
| I-J4 Axis | ±180 |
|
| I-J5 Axis | ±130～-105 | ±130～-105 |
| I-J6 Axis | ±350 | ±350 |
| Isivinini Esiphezulu(°/s) | ||
| I-J1 Axis | 190 | 190 |
| I-J2 Axis | 140 | 140 |
| I-J3 Axis | 140 | 140 |
| I-J4 Axis | 220 |
|
| I-J5 Axis | 150 | 150 |
| I-J6 Axis | 320 | 320 |
| IKhabhinethi Yokulawula | ||
| Uhlobo A1 noma Uhlobo A2 | ||
| Isisindo Semishini (kg) | ||
|
| 161 | 159 |
| Imibandela Yokufaka | ||
| Iphansi, Iguquliwe, Ifakwe kumaslayidi | ||
| Izimo Zokusebenza | ||
Izinga Lokushisa Eliphakathi: 0-40℃
Umswakama Ozungezile: Ngokuvamile ungaphansi kuka-75%RH (akukho qhwa), ngaphansi kuka-90%RH isikhathi esifushane (ngaphakathi kwenyanga eyodwa)
Ukusheshisa kokudlidliza::4.9 m/s2(0.5G) noma ngaphansi
Qaphela: 1. isivinini esiphezulu se-axis ngayinye kungenzeka singafinyelelwa lapho uhamba ibanga elifushane.
2. Sicela ucacise uma u-oda ubheke phansi noma ubekwe eceleni
1. Ukushintsha Imodi
2. Indawo Ephuthumayo Yokuma
3. Isikrini Sokubonisa
4. Izihluthulelo Ezibonakalayo
5. I-MPG (Ijeneretha Yokusunduza Kwesandla)
6. Ukunika amandla idivayisi
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