1. Leli thuluzi lomshini lenziwe nge-high-grade cast iron and box structure design and made, ngemva kokwelashwa okufanele kwe-annealing, ukuqeda ukucindezeleka kwangaphakathi, izinto eziqinile, ezihambisana nomklamo wesakhiwo sebhokisi, isakhiwo somzimba esiqinile, ukuze umshini ube nokuqina okwanele namandla, wonke umshini ubonisa izici zokumelana nokusika okunzima nokunemba okuphezulu kokukhiqiza.

2. Isisekelo nebhokisi lokuphotha liyisakhiwo sebhokisi elihlanganisiwe, elinodonga oluqinile oluqinisiwe kanye nomklamo wodonga wokuqinisa ungqimba oluningi, olungavimbela ngokuphumelelayo ukuguqulwa kokushisa, futhi kungaba ngaphansi kokuhlanekezela okumile nokuguquguqukayo kanye nokucindezeleka kokuguqulwa, ukuze kuqinisekiswe ukuqina nokuzinza okuphezulu kokuphakama kombhede.

3. Ikholomu yamukela ukwakheka kwebhokisi lekhekheba lezinyosi, futhi yamukela ukuqina kodonga oluwugqinsi kanye nomklamo wokuqinisa imbobo eyindilinga ukuze kuqedwe ukucindezeleka kwangaphakathi, okunganikeza ukusekelwa okuqinile kwetafula lesilayidi ngesikhathi sokusika okunzima ukuze kuqinisekiswe ukuboniswa okuqinile nokunemba okuphezulu kobude bombhede.

4. Ukunemba okuphezulu, ikhanda lokuphotha eliqinile eliqinile: Umshini wamukela i-FANUC high horsepower spindle servo motor (amandla 18.5/22KW).

5. Ama-shaft bearings ayinhloko yi-SKF NSK series bearings, ehlinzeka ngemithwalo eqinile ye-axial kanye ne-radial ukuqinisekisa ukusika okusindayo isikhathi eside, ngokunemba okuhle kakhulu, ukuzinza, ukungqubuzana okuphansi, ukuchithwa okuhle kokushisa kanye nokuqina kokusekelwa kwe-shaft main.

6. I-axis ye-X / Z: I-FANUC AC servo motor kanye nesikulufa esikhulu sebhola lobubanzi (ukunemba kwe-C3, imodi yokudonsa ngaphambili, ingaqeda ukunwetshwa okushisayo, ukuthuthukisa ukuqina) ukudlulisa okuqondile, akukho iphutha eliqoqiwe le-belt drive, ukuphindaphinda nokunemba kokumisa, ukusekela amabherethi usebenzisa ama-angular ball bearings.

7. I-eksisi ye-X/Z yamukela ukuqina okuphezulu kanye ne-coefficient yokungqubuzana okuphansi kwesilayidi esiwumugqa osindayo, esingafinyelela okuphakelayo kwesivinini esikhulu, ukunciphisa ukuguga komhlahlandlela nokwelula ukunemba komshini. Isilayidi esiwumugqa sinezinzuzo ze-coefficient ephansi yokungqubuzana, impendulo esheshayo ephezulu, ukunemba okuphezulu komshini kanye nokusika umthwalo omkhulu.

8. Uhlelo lokugcoba: Umshini wokuqoqa uwoyela othomathikhi we-othomathikhi we-othomathikhi, nohlelo oluthuthukisiwe lokunikezela uwoyela ocindezelweyo, olunesikhathi, ubuningi, ingcindezi eqhubekayo, indlela ngayinye yokuhlinzeka ngenani elifika ngesikhathi nelifanele lamafutha endaweni ngayinye yokugcoba, ukuqinisekisa ukuthi indawo yokugcoba ngayinye ithola uwoyela wokugcoba, ukuze umsebenzi wesikhathi eside wemishini ngaphandle kokukhathazeka.

9. Ikhava yensimbi yeshidi eligcwele: Ngaphansi kwezimfuneko eziqinile zokucatshangelwa kokuvikelwa kwemvelo kwanamuhla kanye nokucatshangelwa kokuphepha kwabaqhubi, idizayini yeshidi lensimbi igxile ekubukekeni, ukuvikelwa kwemvelo kanye ne-ergonomics. Idizayini yensimbi yeshidi evalwe ngokugcwele, ivimbela ngokuphelele ukusika uketshezi kanye nama-chips okusika ukuthi angachaphazeli ngaphandle kwethuluzi lomshini, ukuze ithuluzi lomshini elizungezile lihlale lihlanzekile. Futhi ezinhlangothini zombili zethuluzi lomshini, uketshezi lokusika lwenzelwe ukugeza umbhede ophansi, ukuze ama-chips okusika angagcinwa embhedeni ongezansi ngangokunokwenzeka.