Izinto | Uluhlu | Isantya esiphezulu | |
Ingalo
| J1 | ± 162.5 ° | 101.4°/S |
J2 | ±124° | 105.6°/S | |
J3 | -57 °/+237 ° | 130.49°/S | |
Isandla
| J4 | ±180° | 368.4°/S |
J5 | ±180° | 415.38°/S | |
J6 | ±360° | 545.45°/S |
Isizukulwana sokuqala seUBORUNTEiiatomiza zekomityi ezijikelezayo zasebenza kwisiseko sokusebenzisa injini yomoya ukujikelezisa ikomityi ejikelezayo ngesantya esiphezulu. Xa ipeyinti ingena kwikomityi ejikelezayo, i-centrifuged, ibangele umaleko wepeyinti yeconical. Iprotrasi ejikelezayo kumphetho wekomityi ejikelezayo yahlula ifilimu yepeyinti ibe ngamathontsi amancinci. Xa la mathontsi ephuma kwikomityi ejikelezayo, aboniswa kwisenzo somoya we-atom, okukhokelela kwinkungu edibeneyo kunye nebhityileyo. Emva koko, inkungu yepeyinti ibunjwe ibe yi-columnari shape usebenzisa umoya owenziweyo kunye nombane ophezulu we-static. ubukhulu becala isetyenziselwa ipeyinti yokutshiza nge-electrostatic kwimpahla yentsimbi. Xa kuthelekiswa nemipu yokutshiza esemgangathweni, ikomityi yeatomizer ejikelezayo ibonisa ukusebenza kakuhle okuphezulu kunye nesiphumo se-atomization, kunye namazinga okusebenzisa ipeyinti aqatshelweyo ukuya kuthi ga kabini phezulu.
Inkcazo ephambili:
Izinto | Iiparamitha | Izinto | Iiparamitha |
Ubuninzi bezinga lokuhamba | 400cc/min | Ukubumba izinga lokuhamba komoya | 0~700NL/mz |
Atomized izinga lokuhamba komoya | 0~700NL/mz | Esona santya siphezulu | 50000RPM |
Idayamitha yekomityi ejikelezayo | 50mm |
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I-1.Ukutshiza i-automation: Iirobhothi ze-Industrial ezenzelwe ngokukodwa ukutshiza zenzelwe ukuzenzekelayo umsebenzi wokutshiza. Ngokusebenzisa iinkqubo esele zimiselwe kunye noseto, banokwenza ngokuzimeleyo imisebenzi yokutshiza, ngoko ke banciphise umsebenzi wezandla kunye nokuphucula imveliso.
2. Ukutshiza okuchanekileyo okuphezulu: Iirobhothi zemizi-mveliso ezisetyenziselwa ukutshiza zikholisa ukuba namandla okutshiza ngocoselelo olukhulu. Banokulawula ngokuchanekileyo indawo ekuyo umpu wokutshiza, isantya, kunye nobukhulu ukubonelela ngokuguquguqukayo kunye nokugquma.
3. Ulawulo lwe-Multi-axis: Uninzi lweerobhothi zokutshiza zixhotyiswe ngenkqubo yokulawula i-multi-axis evumela ukuhamba kwezinto ezininzi kunye nokulungelelaniswa. Ngenxa yoko, irobhothi inokugquma indawo enkulu yokusebenza kwaye iziguqule ukuze ikwazi ukwamkela ubungakanani obahlukeneyo kunye nobukhulu obuthile bomsebenzi.
4.Ukhuseleko: Iirobhothi zamashishini ezitshiza ipeyinti zihlala zibandakanya iimpawu zokhuseleko ukukhusela abasebenzi kunye noomatshini. Ukunqanda ukungahambi kakuhle, iirobhothi zinokuxhotyiswa ngeempawu ezinjengokubona ungquzulwano, amaqhosha okumisa ngexesha likaxakeka, kunye nokhuselo.
5. Ukutshintsha kombala okhawulezayo/ukutshintsha: Uphawu lweerobhothi ezininzi zamashishini ezitshiza ipeyinti kukukwazi ukutshintsha umbala ngokukhawuleza. Ukubonelela ngeemfuno ezahlukeneyo zemveliso okanye iodolo, banokutshintsha ngokukhawuleza uhlobo lokutyabeka okanye umbala wenkqubo yokutshiza.
Kwi-ecosystem ye-BORUNTE, i-BORUNTE inoxanduva lwe-R&D, imveliso, kunye nokuthengisa iirobhothi kunye nee-manipulators. Abahlanganisi be-BORUNTE basebenzisa ishishini labo okanye izibonelelo zentsimi ukubonelela ngoyilo lwesicelo sesiphelo, ukudibanisa, kunye nenkonzo yasemva kokuthengisa kwiimveliso ze-BORUNTE abazithengisayo. I-BORUNTE kunye nabahlanganisi be-BORUNTE bazalisekisa uxanduva lwabo kwaye bazimeleyo omnye komnye, besebenza kunye ukukhuthaza ikamva eliqaqambileyo le-BORUNTE.