I-China 6 Axis 1800mm Arm reach Automatic Steel MIG Welding Robotic Arm
UKUNQINISEKISA OKUHLOLWA KWE-LASER NGOKUQINISEKISA
I-JHY isebenzisa indlela yokulinganisa nge-laser ukuhlola ukunemba kokubekwa okuphindaphindiwe kwerobhothi. Ngemva kokuhlolwa okuningi, ukunemba kokubekwa okuphindaphindiwe kwerobhothi lethu kuphakeme kakhulu kune-±0.08mm.
SEBENZISA AMABHANDI AYINHLOKO NGEZISEKELI EZIYINHLOKO
Izesekeli eziyinhloko zamarobhothi njenge-servo motor, i-RV reducer, i-harmonic reducer, i-servo drive njalo njalo zonke zisebenzisa izinhlobo eziphambili zaseShayina, ezihlolwe ukusetshenziswa kwethu isikhathi eside ukuqinisekisa ukuthi zilungele irobhothi lethu.
UKULONDOLOZWA OKULULA
Ukulungisa kulula, Ngokusho komhlahlandlela wokulungisa onikezwe yithi amakhasimende ngokwawo angasebenza kalula.
ISIqinisekiso NGEMVA KOKUTHENGISWA
Ikhasimende ngalinye lineqembu lalo lenkonzo yangemva kokuthengisa. Uma udinga noma yiluphi usizo lwangemva kokuthengisa, sicela ubuze nganoma yisiphi isikhathi. Onjiniyela bethu abangochwepheshe bazokuxazulula ngokushesha okukhulu. Iphuzu liwukuthi konke kumahhala.
| Ireferensi yamapharamitha okushisela ensimbi ethambile kanye nensimbi ephansi ye-alloy | |||||||||
| uhlobo | ipuleti | Ububanzi bentambo | igebe lempande | ukushisela okwamanje | i-voltage yokushisela | isivinini sokushisela | Ibanga lokuxhumana nethiphu-workpiece | Ukugeleza kwegesi | I-engeli yokushisela |
| Ukushisela izinqe okunomumo ongu-T
| 1.0 | 0.8 | 2.5～3 | 70～80 | 17～18 | 8～10 | 10 | 10～15 | 45° |
| 1.2 | 1.0 | 3～3.5 | 85～90 | 18～19 | 8～10 | 10 | 10～15 | 45° | |
| 1.6 | 1.0,1.2 | 3～3.5 | 100～110 | 18～19.5 | 8～10 | 10 | 10～15 | 45° | |
| 2.0 | 1.0,1.2 | 3～3.5 | 115～125 | 19.5～20 | 8～10 | 10 | 10～15 | 45° | |
| 2.3 | 1.0,1.2 | 3～3.5 | 130～140 | 19.5～21 | 8～10 | 10 | 10～15 | 45° | |
| 3.2 | 1.0,1.2 | 3.5～4 | 150～170 | 21～22 | 7.5～8 | 15 | 15～20 | 45° | |
| 4.5 | 1.0,1.2 | 4.5～5 | 180～220 | 21～23 | 6.5～7.5 | 15 | 15～20 | 45° | |
| 1.2 | 5～5.5 | 200～250 | 24～26 | 6.5～8 | 10～15 | 10～20 | 45° | ||
| 6 | 1.2 | 5～5.5 | 230～260 | 25～27 | 6.5～7.5 | 20 | 15～20 | 45° | |
| 6 | 220～250 | 25～27 | 5.5～7.5 | 13～18 | 10～20 | 45° | |||
| 4～4.5 | 270～300 | 28～31 | 10～11.5 | 13～18 | 10～20 | 45° | |||
| 8,9 | 1.2,1.6 | 6～7 | 270～380 | 29～35 | 6.5～7.5 | 25 | 20～25 | 50° | |
| 8 | 1.2 | 5～6 | 270～300 | 28～31 | 9～10 | 13～18 | 10～20 | 45° | |
| 1.2 | 7～8 | 260～300 | 26～32 | 4～5.5 | 15～20 | 10～20 | 50° | ||
| 1.6 | 6.5～7 | 300～330 | 30～34 | 5～5.5 | 15～20 | 10～20 | 50° | ||
| 12 | 1.2,1.6 | 7～8 | 270～380 | 27～35 | 4.5～6.5 | 20～25 | 20～25 | 50° | |
| 1.2 | 7～8 | 260～300 | 26～32 | 4～5.5 | 15～20 | 10～20 | 50° | ||
| 1.6 | 6.5～7 | 300～330 | 30～34 | 5～6 | 15～20 | 10～20 | 50° | ||
Qaphela:
1. Ukushisela kwe-MIG kusebenzisa igesi engasebenzi, esetshenziswa kakhulu ekushiseleni i-aluminium kanye nezinsimbi zayo, ithusi kanye nezinsimbi zayo, i-titanium kanye nezinsimbi zayo, kanye nensimbi engagqwali kanye nensimbi engashisi. Ukushisela kwe-MAG kanye nokushisela okuvikelwe yigesi ye-CO2 kusetshenziselwa kakhulu ukushisela insimbi yekhabhoni kanye nensimbi enamandla aphezulu ensimbi engaphansi kwensimbi.
2. Okuqukethwe okungenhla kungokwereferensi kuphela, futhi kungcono ukuthola amapharamitha enqubo yokushisela afanele ngokuqinisekiswa kokuhlola. Ububanzi bentambo obungenhla busekelwe kumamodeli angempela.
