• CNC Internal Grinder (Full Cover/Semi Cover)
  • CNC Internal Grinder (Full Cover/Semi Cover)
  • CNC Internal Grinder (Full Cover/Semi Cover)

CNC Internal Grinder (Full Cover/Semi Cover)

S10-F

In response to the digitized operation in the machine industry, our CNC and NC internal grinders are equipped with advanced computer numerical control system.
  • CNC Internal Grinder (Full Cover/Semi Cover)
  • CNC Internal Grinder (Full Cover/Semi Cover)
  • CNC Internal Grinder (Full Cover/Semi Cover)
Swivel over table dia. Ø400mm
Workhead Speed 0-1000r.p.m
Workhead swivel by manual +15º & -5º
X-axis max. travel 200mm
Z-axis max. travel 330+200mm
Grinding capacity Ø2~300mm
Max. grinding diameter Ø60mm
Max. grinding depth 200mm
Max. grinding faces 8
Max. workpiece weight 45kgs
X-axis speed 0~10000mm/min
Z-axis speed 0~10000mm/min
X-axis min. travel unit 0.0001mm
Z-axis min. travel unit 0.0001mm
Workhead motor 1.5 kw, 4p
Z-axis grinding wheel motor 2.2 kw, 2p
Electricity requirement 10 kw
Machine Dimensions 2300(W) x 1350(D) x 1810(H)mm
Space requirement for installation 3370(W) x 2250(D) x 2410(H)mm
Machine weight 3000 kgs

 

Multiple Faces Grinding

Equipped with "FANUC" CNC control system for grinding

"ID," "end face," and "taper" up to 8 different faces in ONE

clamping.

 

Digitized Internal Grinder

In response to the digitized operation in the machine industry,

our CNC and NC internal grinders are equipped with advanced

computer numerical control system. Compared to conventional

hydraulic internal grinder, our CNC and NC type grinders have

higher stability and accuracy, making it suitable for a mass and

automation production.

 

Solid Body Structure

The structure of the machine has a solid base consists of high

density cast iron, enabling precise performance. Due to its

sturdy design, damages to the machine can be avoided.

 

Uniaxial Movement

The utilization of axial movement is revolutionary compared to

the conventional method using the cross stacking movement.

To avoid deviation caused by the vibration of mechanical

movements can endure stability and precision during the

grinding process.