Miyano gn 4200 High Precision CNC Lathe

Miyano gn 4200 High Precision CNC Lathe 

Maximum precísion due to hand scraped guídes and hígh-precísíon spindle.
Designed for high-precision machining of small-diameter workpieces, this machine has a wing type fixed spindle for low thermal influence installed on a thermally symmetrical machine base. It inherits the `design concept for high precision that is a tradition at Ocean Cincom. The slideways grant excellent damping characteristics and are finally precision scraped by experienced experts.
Based on these constructive properties, the user receives a complete package
designed for excellent machining accuracy in terms of dimensional stability and
concentricity. The workpieces can of course be handled manually, but the machine
also flexibly accommodates automation including high-speed gantry loaders and
robots. This makes high-precision machining even more efficient.
Advantages
Maximum precision due to hand scraped guides and high-precision spindle.
lncreased speed for high-efficiency machining.
Outstanding machining accupacy.
Program-controlled slideway lubrication.
Loading unloading system.

What is more...
Program-controlled slideway lubrication
Optíons
1 Pallet conveyor 
2 Part feeder — Loading & unloading
What is more...
Pallet stocker
Conveyor belt — Loading & unloading

Kínematics
The flat bed on which major machine units such as spindles and tool slides are mounted has a thermally symmetric structure. This configuration with left/right thermal symmetry minimizes the effects of heat on the structure of the machine and provides the ideal form
to counter deterioration in machining accuracy due to temperature changes. Hligh-rigidity scraped slideways are used on all axes. These slideways with face contacts have exceptional rigidity and damping characteristics, achieve powerful cutting, and help to prolong cutting tool life.

Workíng area
1 Designed for high-precision machining, a tool table with an X-axis slide stroke 50 mm longer than on existing machines allows for comprehensive and flexible tooling.
2 Faster cycle times are achieved due to quick acceleration/ deceleration of the axis over
short travel distances.
3 Original winged spindle headstock