Ezinye izixhobo zesinyithi ezishicilelweyo
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Umatshini wokumakisha ifayibha ye-optical yeDesktop
Umgaqo osebenzayo womatshini wokubhala ikhowudi yelaser kukuqokelela ilaser ngamandla aphezulu kakhulu kumphezulu wento eza kuqoshwa. Ngokutshisa nokukrola, izinto ezikumphezulu ziyaphenjwa, kwaye ukufuduka okusebenzayo komqadi welaser kulawulwa.
Ngokweendlela ezahlukeneyo zokumakisha, izixhobo zokumakisha nge-laser zinokwahlulwa zibe ziintlobo ezimbini: uhlobo lokumakisha kunye nohlobo lwe-dot matrix. Okwangoku, uninzi lwezixhobo zokubhala i-laser kwimarike ziphawuliwe, kodwa izixhobo zokubhala i-laser zikaMarkon zisebenzisa iteknoloji entsha ye-lattice - iteknoloji yokuhlala ye-lattice. Umatshini wokumakisha nge-laser ngokuyintloko kukuphawula uphawu lomzila okrwelwe ngokupheleleyo, kwaye umatshini we-laser we-dot-matrix kukuphawula uphawu lweendawo ezithile ezibalulekileyo zomzila okrwelwe. Ke ngoko, ngamandla afanayo, iprinta entsha ye-laser ye-dot-matrix iprinta ngokukhawuleza.
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Umatshini wokumakisha we-laser we-60w
Umgaqo osebenzayo womatshini wokubhala ikhowudi yelaser kukuqokelela ilaser ngamandla aphezulu kakhulu kumphezulu wento eza kuqoshwa. Ngokutshisa nokukrola, izinto ezikumphezulu ziyaphenjwa, kwaye ukufuduka okusebenzayo komqadi welaser kulawulwa.
Ngokweendlela ezahlukeneyo zokumakisha, izixhobo zokumakisha nge-laser zinokwahlulwa zibe ziintlobo ezimbini: uhlobo lokumakisha kunye nohlobo lwe-dot matrix. Okwangoku, uninzi lwezixhobo zokubhala i-laser kwimarike ziphawuliwe, kodwa izixhobo zokubhala i-laser zikaMarkon zisebenzisa iteknoloji entsha ye-lattice - iteknoloji yokuhlala ye-lattice. Umatshini wokumakisha nge-laser ngokuyintloko kukuphawula uphawu lomzila okrwelwe ngokupheleleyo, kwaye umatshini we-laser we-dot-matrix kukuphawula uphawu lweendawo ezithile ezibalulekileyo zomzila okrwelwe. Ke ngoko, ngamandla afanayo, iprinta entsha ye-laser ye-dot-matrix iprinta ngokukhawuleza.
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Umatshini wokumakisha ifayibha ye-optical yeDesktop
Umgaqo osebenzayo womatshini wokubhala ikhowudi yelaser kukuqokelela ilaser ngamandla aphezulu kakhulu kumphezulu wento eza kuqoshwa. Ngokutshisa nokukrola, izinto ezikumphezulu ziyaphenjwa, kwaye ukufuduka okusebenzayo komqadi welaser kulawulwa.
Ngokweendlela ezahlukeneyo zokumakisha, izixhobo zokumakisha nge-laser zinokwahlulwa zibe ziintlobo ezimbini: uhlobo lokumakisha kunye nohlobo lwe-dot matrix. Okwangoku, uninzi lwezixhobo zokubhala i-laser kwimarike ziphawuliwe, kodwa izixhobo zokubhala i-laser zikaMarkon zisebenzisa iteknoloji entsha ye-lattice - iteknoloji yokuhlala ye-lattice. Umatshini wokumakisha nge-laser ngokuyintloko kukuphawula uphawu lomzila okrwelwe ngokupheleleyo, kwaye umatshini we-laser we-dot-matrix kukuphawula uphawu lweendawo ezithile ezibalulekileyo zomzila okrwelwe. Ke ngoko, ngamandla afanayo, iprinta entsha ye-laser ye-dot-matrix iprinta ngokukhawuleza.
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Umatshini wokuqengqeleka werabha ojikelezayo ojikelezayo ezimbini
Lo matshini ngumatshini wokujija iipleyiti ezizii-axis ezimbini ozenzekelayo, osetyenziswa kakhulu kwinkqubo yokusebenza yokugoba, kubushushu begumbi, umatshini wokujija iipleyiti unokujijelwa ube yimilo ye-cylindrical, ujije ipleyiti ejikelezileyo – ijikelezi yomngxuma – i-arc yecandelo.
Iroli ephezulu iphakanyiswa ize icinezelwe yimoto nge-reducer, i-transmission shaft, i-worm gear kunye ne-worm pair, i-screw nut pair ukuze idlulisele amandla, nto leyo ebangela ukugoba kwepleyiti yentsimbi. I-coil drive idlule kwi-main motor idlule kwi-main reducer, ivule i-roller drive roller roller, kwaye ibe yi-driving roller xa iqengqeleka ipleyiti. Ngenxa yokuba i-roller elevation esezantsi ayitshintshi, kulula ukuyitya nokuyisebenza. Sisixhobo esiqhelekileyo kakhulu, yi-boiler, i-shipbuilding, i-petrochemical, i-samente, kunye nokuveliswa koomatshini bombane bezixhobo eziphambili eziphambili. Ezi zixhobo zinezibonelelo zesakhiwo esilula, ukusebenza okuncinci, okulula kunye nokusebenza kakuhle. Ukuphambuka kwemveliso kungaphantsi kwe-0.5mm, i-roll esezantsi yomatshini wokujika isebenzisa isilinda ye-hydraulic, engenakukwazi ukuqinisekisa kuphela inkqubo yokuhamba egudileyo, kodwa kunye noxinzelelo oluzinzileyo ngexesha lenkqubo yokuqengqeleka, ukuqinisekisa ukuba umgama phakathi kwe-roll esezantsi kunye ne-roll engentla uhlala uhleli. Kwinkqubo yonke yokwenza imveliso, i-degree deformation yezinto zomgama ngamnye wokuncuma ingaphantsi kwe-0.5mm
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Umatshini omncinci wekhowudi enye wesinyithi umatshini wokukrola isinyithi esingenasici, umatshini wokumakisha we-laser yefayibha ephathekayo
Umgaqo osebenzayo womatshini wokubhala ikhowudi yelaser kukuqokelela ilaser ngamandla aphezulu kakhulu kumphezulu wento eza kuqoshwa. Ngokutshisa nokukrola, izinto ezikumphezulu ziyaphenjwa, kwaye ukufuduka okusebenzayo komqadi welaser kulawulwa.
Ngokweendlela ezahlukeneyo zokumakisha, izixhobo zokumakisha nge-laser zinokwahlulwa zibe ziintlobo ezimbini: uhlobo lokumakisha kunye nohlobo lwe-dot matrix. Okwangoku, uninzi lwezixhobo zokubhala i-laser kwimarike ziphawuliwe, kodwa izixhobo zokubhala i-laser zikaMarkon zisebenzisa iteknoloji entsha ye-lattice - iteknoloji yokuhlala ye-lattice. Umatshini wokumakisha nge-laser ngokuyintloko kukuphawula uphawu lomzila okrwelwe ngokupheleleyo, kwaye umatshini we-laser we-dot-matrix kukuphawula uphawu lweendawo ezithile ezibalulekileyo zomzila okrwelwe. Ke ngoko, ngamandla afanayo, iprinta entsha ye-laser ye-dot-matrix iprinta ngokukhawuleza.
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Umatshini wokumakisha we-fiber laser
Umgaqo osebenzayo womatshini wokubhala ikhowudi yelaser kukuqokelela ilaser ngamandla aphezulu kakhulu kumphezulu wento eza kuqoshwa. Ngokutshisa nokukrola, izinto ezikumphezulu ziyaphenjwa, kwaye ukufuduka okusebenzayo komqadi welaser kulawulwa.
Ngokweendlela ezahlukeneyo zokumakisha, izixhobo zokumakisha nge-laser zinokwahlulwa zibe ziintlobo ezimbini: uhlobo lokumakisha kunye nohlobo lwe-dot matrix. Okwangoku, uninzi lwezixhobo zokubhala i-laser kwimarike ziphawuliwe, kodwa izixhobo zokubhala i-laser zikaMarkon zisebenzisa iteknoloji entsha ye-lattice - iteknoloji yokuhlala ye-lattice. Umatshini wokumakisha nge-laser ngokuyintloko kukuphawula uphawu lomzila okrwelwe ngokupheleleyo, kwaye umatshini we-laser we-dot-matrix kukuphawula uphawu lweendawo ezithile ezibalulekileyo zomzila okrwelwe. Ke ngoko, ngamandla afanayo, iprinta entsha ye-laser ye-dot-matrix iprinta ngokukhawuleza.
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I-W11-12×3000 symmetrical up-regulating three-roll plate coiler
Lo matshini ngumatshini wokujija iipleyiti ezizii-axis ezimbini ozenzekelayo, osetyenziswa kakhulu kwinkqubo yokusebenza yokugoba, kubushushu begumbi, umatshini wokujija iipleyiti unokujijelwa ube yimilo ye-cylindrical, ujije ipleyiti ejikelezileyo – ijikelezi yomngxuma – i-arc yecandelo.
Iroli ephezulu iphakanyiswa ize icinezelwe yimoto nge-reducer, i-transmission shaft, i-worm gear kunye ne-worm pair, i-screw nut pair ukuze idlulisele amandla, nto leyo ebangela ukugoba kwepleyiti yentsimbi. I-coil drive idlule kwi-main motor idlule kwi-main reducer, ivule i-roller drive roller roller, kwaye ibe yi-driving roller xa iqengqeleka ipleyiti. Ngenxa yokuba i-roller elevation esezantsi ayitshintshi, kulula ukuyitya nokuyisebenza. Sisixhobo esiqhelekileyo kakhulu, yi-boiler, i-shipbuilding, i-petrochemical, i-samente, kunye nokuveliswa koomatshini bombane bezixhobo eziphambili eziphambili. Ezi zixhobo zinezibonelelo zesakhiwo esilula, ukusebenza okuncinci, okulula kunye nokusebenza kakuhle. Ukuphambuka kwemveliso kungaphantsi kwe-0.5mm, i-roll esezantsi yomatshini wokujika isebenzisa isilinda ye-hydraulic, engenakukwazi ukuqinisekisa kuphela inkqubo yokuhamba egudileyo, kodwa kunye noxinzelelo oluzinzileyo ngexesha lenkqubo yokuqengqeleka, ukuqinisekisa ukuba umgama phakathi kwe-roll esezantsi kunye ne-roll engentla uhlala uhleli. Kwinkqubo yonke yokwenza imveliso, i-degree deformation yezinto zomgama ngamnye wokuncuma ingaphantsi kwe-0.5mm
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Umatshini wokujija ojikelezayo ohambelanayo – ohlengahlengiswayo oneemiqolo ezintathu
Umatshini wokujija iipleyiti ze-hydraulic ezinee-roll ezintathu: Lo matshini ngumatshini wokujija iipleyiti ezinee-roll ezintathu olungelelaniswe kakuhle, onokujija iipleyiti zesinyithi zibe zizinto zokusebenza ezijikelezayo, ezigobileyo neziyi-conical. Iiroli ezimbini ezisezantsi ziiroli ezisebenzayo, kwaye iiroli eziphezulu ziiroli eziqhutywayo. Zisetyenziswa kakhulu kumashishini okwakha iinqanawa, ibhoyila, inqwelomoya, amandla ombane, amakhemikhali, isakhiwo sesinyithi kunye noomatshini. Lo matshini ufanelekile ekujijekeni kwepleyiti yesinyithi, unokujija ujikeleze, ugobe kwaye ube noluhlu oluthile lomsebenzi oyi-conical, umsebenzi wokujija uphela kwipleyiti, imodeli yeeroli ezimbini ezisezantsi zeroli esebenzayo inokuhamba ngokuthe tye, iroli ephezulu yeroli eqhutywayo inokuhamba phezulu nasezantsi, ishafti yokudlulisela iqhagamshelwe yi-shaft yendalo yonke.
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Umgca wemveliso ye-Automatic CNC Angle flange
Umgca wemveliso ye-CNC Angle steel flange usebenzisa intsebenziswano yenkqubo ye-CNC kunye noomatshini bokunyathela ukuze kugqitywe isenzo sokubhoboza nokusika se-Angle steel, okwenza iseti epheleleyo yomgca wemveliso yokunyathela ngokuzenzekelayo eguquguqukayo, abasebenzi bokunyathela bakhululwa kwimeko yokusebenza enzima neyingozi, ukuqinisekisa ukhuseleko kunye nokuphucula ukusebenza kakuhle kwemveliso. Inkqubo yomgca wemveliso ye-CNC Angle steel flange yinkqubo ekhethekileyo eyenziwe yinkampani yethu ngokusekelwe kwiikhompyutha zoshishino zeempawu zasekhaya ezidumileyo. Icandelo lehardware linamandla okulwa nokushukuma kunye nokuchasana nokuphazamiseka, isixhobo somatshini esinenkqubo yokuthambisa ephakathi sinokuziqhelanisa nomsebenzi wexesha elide, ukusebenza okuzinzileyo nokusebenzayo; I-servo motor drive echanekileyo, isantya esikhawulezayo, ixesha elifutshane lokuphendula, i-torque enkulu, ulawulo oluchanekileyo, ukuqinisekisa ukuchaneka kokucubungula ukutya, ukusebenza kakuhle; Isikhokelo sesitimela esingeniswe eTaiwan, amandla aphezulu okuthwala, isikhokelo esihle; Sebenzisa i-rack echanekileyo engeniswe eTaiwan, ukutya okuchanekileyo nokuzinzileyo; Umgca wemveliso ye-CNC Angle flange ene-pneumatic clamp, ukuthintela ukutyibilika kwentsimbi ye-Angle kwinkqubo yokuqhuba, unokuqinisekisa ngokupheleleyo amandla okubamba.
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Umgca wemveliso ye-flange yentsimbi ye-NC Angle
Umgca wemveliso ye-CNC Angle flange unobungqingqwa obuqinileyo, ulwakhiwo oluncinci, ukukhutshwa kakuhle, umsebenzi ongenakusika, izinga eliphezulu lokusetyenziswa kwezinto; Ukubhoboza, ukusika, ngokuzenzekelayo, ukusebenza kakuhle kwemveliso; Ujongano lwekhompyutha lwesiTshayina, kulula ukuyisebenzisa, lunokubonisa imizobo yomsebenzi; Xa uqulunqa inkqubo, kufuneka ufake kuphela ubungakanani be-workpiece, umgama, inani lomsebenzi linokuba lula ukucwangcisa, kodwa ungasebenzisa idatha yenkqubo eveliswe yisoftware yokuphakamisa. Amanyathelo amaninzi athathiwe kumgca wemveliso ye-NC Angle steel flange ukusombulula ubunzima bokutya kunye nempazamo yokulungelelaniswa okubangelwa kukugoba kwentsimbi ye-Angle. I-PLC, ulawulo lwekhompyutha yemizi-mveliso, ukondla ngemoto ye-servo, ukusebenza kakuhle, ukuchaneka kokusebenza okuzinzileyo; Izinto eziphambili zolwelo, igesi, umbane zonke ziimveliso ezingenisiweyo; Uvavanyo oluzichongayo kunye nomsebenzi wezibalo zedatha.
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Umatshini wokutywina we-air duct ophathwayo osebenzisa ipleyiti yentsimbi engenasici ephefumlayo, umbhobho wesikwere wentsimbi odityaniswe nompu wokutywina
Umatshini wokutywina we-pneumatic ufanelekile ukuvala ngokukhawuleza umbhobho womoya ojikelezayo, ukubonakala okugudileyo, ukuguquguquka okunamandla, ukuphucula umgangatho wokutywina kombhobho womoya, ukunciphisa amandla omsebenzi, ukufezekisa ukonga abasebenzi, ukonga ixesha, ukunciphisa iindleko. Lo matshini usebenzisa i-chassis enzima, isakhelo sentsimbi yokuwelda i-arc, isilinda yomgangatho ophezulu, iqela lamavili adibeneyo emva kokucima nokucubungula, ukuqinisekisa ukuba isakhiwo siqinile kwaye sihlala ixesha elide, i-joint ekhawulezayo nechanekileyo, enobomi benkonzo ende.
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Umgca wemveliso ye-Angle flange ye-Angle ye-Pengwo automatic CNC
Umgca wemveliso ye-CNC Angle steel flange usebenzisa intsebenziswano yenkqubo ye-CNC kunye noomatshini bokunyathela ukuze kugqitywe isenzo sokubhoboza nokusika se-Angle steel, okwenza iseti epheleleyo yomgca wemveliso yokunyathela ngokuzenzekelayo eguquguqukayo, abasebenzi bokunyathela bakhululwa kwimeko yokusebenza enzima neyingozi, ukuqinisekisa ukhuseleko kunye nokuphucula ukusebenza kakuhle kwemveliso. Inkqubo yomgca wemveliso ye-CNC Angle steel flange yinkqubo ekhethekileyo eyenziwe yinkampani yethu ngokusekelwe kwiikhompyutha zoshishino zeempawu zasekhaya ezidumileyo. Icandelo lehardware linamandla okulwa nokushukuma kunye nokuchasana nokuphazamiseka, isixhobo somatshini esinenkqubo yokuthambisa ephakathi sinokuziqhelanisa nomsebenzi wexesha elide, ukusebenza okuzinzileyo nokusebenzayo; I-servo motor drive echanekileyo, isantya esikhawulezayo, ixesha elifutshane lokuphendula, i-torque enkulu, ulawulo oluchanekileyo, ukuqinisekisa ukuchaneka kokucubungula ukutya, ukusebenza kakuhle; Isikhokelo sesitimela esingeniswe eTaiwan, amandla aphezulu okuthwala, isikhokelo esihle; Sebenzisa i-rack echanekileyo engeniswe eTaiwan, ukutya okuchanekileyo nokuzinzileyo; Umgca wemveliso ye-CNC Angle flange ene-pneumatic clamp, ukuthintela ukutyibilika kwentsimbi ye-Angle kwinkqubo yokuqhuba, unokuqinisekisa ngokupheleleyo amandla okubamba.
