Umshini Wokugoba we-CNC we-H-beam
BM15-12/BM38-12
| Igama lento | Pi-arameter | ||||
| BM38-6 | BM38-12 | BM55-6 | BM55-12 | ||
| Isilayidi eside | Ubuningi | 1 | 2 | 1 | 2 |
| I-stroke ye-longitudinal | 300mm | ||||
| Amandla enjini yokushayela | 0.25KW | 0.37KW | |||
| Isilayidi esiseceleni | Ubuningi | 1 | 2 | 1 | |
| I-stroke ye-longitudinal | 800mm | 1050mm | |||
| Amandla enjini yokushayela | 0.25KW | 0.37kw | |||
| Ikhanda lamandla okugaya | Ubuningi | 2 | 4 | 2 | 4 |
| Umsiki wokugaya | I-carbide blade ekwazi ukukhonjiswa | ||||
| Ukulungiswa kwe-Axial kwe-conical milling cutter | 60mm | 80mm | |||
| Amandla enjini ye-spindle | 7.5KW | 15KW | |||
| Ukugobaikholomu | Ubuningi | 2 | 4 | 2 | 4 |
| Ukuhamba okuqondile kwekhanda lamandla | 1050mm | 1300mm | |||
| Injini yokushayela ukunyakaza okuqondile | 1.5kW | 2.2kW | |||
| Uhla lokunyakaza kwe-clamp | 100~600mm | ||||
| Imodi yokubopha | Ukubopha nge-hydraulic | ||||
| Ukugobainsimbi yokugcina ejulile | Ubuningi | 2 | 4 | 2 | 4 |
| Uhlelo lokusebenza | 0~40mm | ||||
| Injini yokushayela | 0.04KW | 0.06KW | |||
| Ithebula elijikelezayo elidlulisa | Ubude betafula le-roller elingaphandle lokuhambisa | 5000mm | |||
| Amandla enjini yokudlulisa yangaphandle | 0.55KW | 1.1KW | |||
| Amandla enjini emshinini | 0.25KW | 0.55KW | |||
| Ubukhulu obuphelele bomshini oyinhloko (ubude × ububanzi × (phezulu) | 7.3*2.9*2m | 14.6*2.9*2m | 7.0*4.0*2.8m | 15*4.0*2.8m | |
| Maku-maisisindo sesiShayina | 5000KG | 10000KG | 11000KG | 24000KG | |
1) Ngenxa yokusebenzisa itafula elishelelayo le-CNC longitudinal, inqubo yokukhiya ye-beam enobuso bokuphela obuthambekele ingaqedwa ngesikhathi esisodwa.
2) Isakhiwo sohlaka siyasetshenziswa kuhlaka, ngomklamo wesakhiwo ofanele kanye nokuqina okuqinile.
3) Ikhanda lokugaya lisebenzisa imodi yokugaya evela phezulu kuya phansi ukuze kuncishiswe ukudlidliza nokuthuthukisa impilo yamathuluzi.
4) Ikhanda eligobile liqondiswa umhlahlandlela oyisikwele owenziwe ngensimbi ethambile, okwazi ukumelana nokuguguleka kahle futhi oqinisekisa ukuthi i-milling ibushelelezi.
5) Ukuphakelwa kwekhanda lokugaya kulawulwa yi-frequency converter enokushintsha kwesivinini okungenazinyathelo. I-axis ngayinye ilawulwa yi-motor kanye ne-encoder ehlisa ijubane, ngokubeka kahle.
6) I-Beam iboshwe yingcindezi ye-hydraulic, futhi ipuleti lephiko kanye nepuleti lewebhu le-beam kucindezelwa ngamasilinda amaningi kawoyela ukuqinisekisa ukuthi i-milling ibushelelezi.
7) Ifakwe uhlelo lokugcoba oluphakathi, izingxenye ezibalulekile zesikhathi kanye nokugcoba okunobuningi.
8) Kulula ukuyisebenzisa ngesikrini sokuthinta se-HMI. Inomsebenzi wokusetha okuzenzakalelayo kwamapharamitha okusika, okungashintsha ngokuzenzakalelayo inani lokugaya futhi kuthuthukise kakhulu umkhiqizo.
9) Ithebula le-roller lokuguqulwa kwama-frequency lisetshenziselwa ukondla, elingathuthwa ngokuzinzile.
10) Umshini uwumugqa wokukhiqiza ozenzakalelayo. Isiteshi sokudla, umshini oyinhloko, isiteshi sokukhipha kanye namanye amadivayisi kwakha umugqa ozenzakalelayo, ongagaya ngokuzenzakalelayo nangokuqhubekayo uhlobo olufanayo lwe-H-beam.
| NO | Igama | Umkhiqizo | Izwe |
| 1 | Ipheya lomhlahlandlela wokugoqa eliqondile | I-HIWIN/CSK | I-Taiwan, iShayina |
| 2 | Iphampu ye-hydraulic | I-JUSTMARK | I-Taiwan, iShayina |
| 3 | Injini yepompo yamafutha yomgodi wangaphakathi | I-SY | I-Taiwan, iShayina |
| 4 | I-valve ye-hydraulic ye-electromagnetic | I-ATOS/YUKEN | I-Italy / iJapane |
| 5 | Isilawuli esingahlelwa | I-Mitsubishi | I-Japan |
| 6 | Isiguquli semvamisa | I-INVT/INOVANCE | IShayina |
| 7 | Ukushintsha komkhawulo | THOLA | I-Taiwan, iShayina |
| 8 | Tisikrini se-hawu | I-HMI | I-Taiwan, iShayina |
| 9 | I-valve ye-solenoid yomoya | UmoyaI-TAC | I-Taiwan, iShayina |
| 10 | Umlawuli wesihlungi | UmoyaI-TAC | I-Taiwan, iShayina |
Iphrofayili Emfushane Yenkampani 
Ulwazi Lwemboni 
Amandla Okukhiqiza Onyaka 
Amandla Okuhweba 