Iindaba

1.Umboniso wokuqala werobhothi ekrelekrele echanekileyo. 
Irobhothi entsha ekrelekrele iM-10iD/10L iya kutyhilwa eTshayina okokuqala!I-M-10iD/10L inokuthwala umgangatho we-10kg, ukuphinda ukuchaneka kokumisa ± 0.03mm, kunye ne-radius efikelelekayo ukuya kwi-1636mm.Ngomatshini okhethekileyo wokuqhuba igiya, iimpawu ezishukumayo ze-inertia ephezulu zinokuqondwa.Irobhothi isebenzisa intambo eyakhelwe-ngaphakathi uyilo lwengalo, ngelo xesha, ingalo eqinileyo ephezulu iqonda ukusebenza kwerobhothi ngesantya esiphezulu kunye nokuchaneka okuphezulu, kwaye emva koko iphucula ukusebenza kakuhle kwenkqubo yerobhothi.

2.Welding of amacandelo chassis imoto.
Irobhothi ye-arc welding ye-Dual Arm yomatshini we-arc kunye ne-axis-axis-mithathu ukufezekisa ukuwelda komatshini ombini, isikhululo esinezitishi ezimbini esisebenzayo esisebenzisanayo sibonisa imveliso ye-chassis yemoto esebenzayo, izisombululo ezikumgangatho ophezulu wokuwelda.Inkqubo yombono we-iRVision 2D ibeka i-workpiece ngokuzenzekelayo kwaye ngokuchanekileyo, kwaye iqonda ukulayishwa okuzenzekelayo kunye nokothula kwerobhothi.Ngethuba lenkqubo ye-welding, i-positioner isebenzisana nerobhothi.Nokuba yeyiphi na indawo kunye ne-engile yetotshi ye-welding, isantya somgca wetotshi ye-welding ngokubhekiselele kumphezulu we-workpiece sihlala silingana nesantya se-welding esethiwe.

3.I-corrugated plate welding.
Ijolise ekudibaneni kwepleyiti emdaka kwisikhongozeli kunye neshishini lemoto elinenjongo eyodwa, ukusebenza kakuhle kunye nokulumka kwepleyiti yokuwelda kunokuqondwa ngeteknoloji yeFANUC ye-laser ekrelekrele yombono.Umthungo we-welding we-workpiece yepleyiti edibeneyo ibekwe kwaye iskenwe ngeteknoloji yombono we-laser, enciphisa kakhulu imfuneko yokuchaneka kokubeka i-workpiece.Kwangaxeshanye, iyaziqhelanisa nemigaqo eyahlukahlukeneyo yepleyiti edityanisiweyo yokusebenzela ngaphandle kokufundisa i-welding track, kwaye inciphisa imfuno yokungaguquguquki komcwecwe.

4.Ukuhlela okuhlakaniphileyo, ukubeka kunye ne-welding.
Ukusetyenziswa kwetekhnoloji yombono kunye netekhnoloji ekrelekrele ye-arc welding ukugqiba ukuhlenga-hlengiswa kwezinto ezininzi zokusebenza, ukulayisha ngokuzenzekelayo kunye nokukhulula, ukuphumeza ukusebenza kakuhle kunye nomgangatho ophezulu wokuwelda.Irobhothi yenza ukuhlenga ngokuzenzekelayo kunye nokulayisha okuzenzekelayo kunye nokukhulula imilinganiselo eyahlukeneyo yezinto ezininzi zokusebenza ngokusebenzisa i-3DA ye-sensor yendawo ebanzi ye-3-dimensional.I-sensor yendawo ebanzi ye-three-dimensional ihlanganiswe kakhulu kunye ne-robot, kwaye umqeqeshi we-robot unokujonga kwaye amise inkqubo yombono ngokuthe ngqo, ekulungele kakhulu ukulungiswa kunye nokugcinwa kwenkqubo yombono.

5.I-Laser yokusika izixhobo zombhobho.
I-FANUC iya kuzisa izisombululo ezisebenzayo zokusika i-laser kwimibhobho kwishishini le-hardware.Umbhobho wokulinganisa umsebenzi wokusika iphakheji eyakhelwe kwinkqubo inokuvelisa inkqubo yokusika ngokuzenzekelayo.Indlela yokutya iqhutywa yi-FANUC servo motor, kwaye irobhothi idityaniswe nayo ukuze iqonde umgca wokungenela umbhobho, ukuvula kunye nokuphelisa ukusika ubuso.