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位置:
zhejiang shaoxing
最小订单价格:
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最小订单:
1 set
包装细节:
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交货时间:
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供应能力:
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联系人 Mr. Tianyu
Manchi, Shaoxing, Zhejiang
The ball bearing internal ring turning flow-line(DS**0ball bearing automatic turing lathe) is a special equipment for turning of mid-and mini-size inner and outer ***** main processing object is *******6 model bearing ***** processing of bearing internal and external rings in various working procedure is fulfilled by the flow-line, whicn is composed of multi units of main machine with single function and various auxiliary machines, through slide connecting line. The flow-line is suitable for mass production of ball bearing internal and external rings. the main machine mainly undertakes the processing of lathing internal hole, end-surface trough, chamfer and separation of internal and external rings, lating middle groove and side groove of internal and external ***** auxiliary machine consists of disc feeding machine, elevator and crusher, iron surf crusher ***** electromechanical, pneumatic and hydraulic processing period, processing according to different raw materials and customers requitements, flexible combination shapes, automatic or semi-automatic flow-line with different ***** processing precision reaches to 0.*1mm, and the processing technology has reached the japanese advanced level in the nineties of the *0he ***** characteristics of tis various parts are; 1.Spindle:with strong unitary type box body, it adopts two-point supporting way of pairing back to back conic combined bearing at front end high precision pairing aangle-contact bearing at back ***** bearing is lubricated with high grade lubrication grease so as to keep the optimal working state when spindle at high speed. 2.Workbench:Experiencing partial heat treatment and high precision milling, the workbench has higher intensity and rigidity, meanwhile it adopts an automatic lubricant dosing system to keep better slideway matching performance. 3.Lathe bed:Being of unitary type structure, enough rigidity and anti-vibration performance can be ensured whe