CK6125A mini chinese cnc lathes with tailstock and chuck

standard exported package case

CK6125A  mini chinese cnc lathes with tailstock and chuck 

 1. Technical parameters

2.main feature

1)     machine foundation,the guide rail is comfortable, the head stock useCooling property structure, To improve the stability of the machine and the spindle.

2)     The Before and after the spindle bearing use high precision ball with diagonal contact bearing. The stability is best, and bearing load is bigger.

3)     Guide use cast iron casting, use hyperacoustic quenching. To Ensure long-term stable machining precision and service life

4)     X axis use Four point one line type,Y axis screw rod three point one line structure, to Ensure that guide work more smoothly and Not influence by lateral force.

5)     Z axis guide use enclosed design, to protect the guide when the machine are working.

6)     Spindle flange connection plate adopt international standards and design. The hydraulic chuck was made conveniently and efficiently.

3. Configuration

(1)   the controller system: GSK (Guangzhou), KND (Beijing), Guangtai, Simens (Germany), Fanuc (Japan)

(2)   Spring chuck: manual, pneumatic

(3)   Chuck optional: manual, pneumatic or hydraulic chuck.

(4)   Tailstock optional: manual, pneumatic, hydraulic.

(5)   Turret optional: Vertical four, horizontal six, horizontal eight,gang-type tool carrier and ect

(6)   Lubrication configuration: automatic oil lubrication system.

 4.uses

Widely used to valve, water Heating system, Automobile Parts and other part with precision work.

Can be realized to cut the workpiece excircle, inside hole, grooving, Arbitrary cone, sphere and any kinds of screw-thread.  

about company:

Some of the factors that have attributed to our success and have made us the most preferred

business partner are:

_ State of the art manufacturing unit

_ Qualified and experienced professional team

_ Strong R&D

_ Quality products

_ Timely Execution of projects

_ Competitive pricing

_ Customer focused approach