|
|
|
VIBRA-FREE
Advantages
|
|
- Speed
Combine high RPM
with high feedrate, UHSHM will reduce your cycle time, gives
you the power to turn around a job faster than your competitors.
|
|
- Superior Surface Finish
High RPM, high
feed, light cut, fast yet accurate interpolation can produce
high quality free-form surfaces in cycle time impossible
or impractical to do with a conventional machine
center. Reduce or eliminate the need for hand polish.
|
|
- Dynamic Accuracy
Advanced CNC features
(AI Nano High Precision Contour Control) and rigid bridge
machine structure work hand in hand to deliver precise cornering
in high speed, you don't need to slow down in afraid of overshooting
or rounding over the corners.
|
|
- Light Cutting Force
UHSHM's trademark
light cutting force enables the machining of fine and delicate
features like thin wall. Small cutting force also less likely
to break small endmills, require less work holding force,
transmit less mechanical/thermal stress into the work piece.
|
|
- Micro Machining
The increasing
demand for small part/feature machining of medical, electronics
and semi-conductor components requires the use of small endmills.
The RPM goes up as tooling size goes down. UHSHM's high RPM
and smooth interpolation enable fast feedrate without snapping
the tool.
|
|
- Micro Hole Drilling
High speed,
high precision and high quality micro hole drilling is
another trademark application of UHSHM.
|
|
- Practical Hard Milling
Harden tool steel
is traditionally processed by EDM to make mold/die, UHSHM's
fast, light & low heat cutting process can and in many
cases did replace the EDM process. The continuous improvement
in cutting tool technology make this process more practical
and cost efficient.
|
|
- Engraving
Tiny nose single flute engraving tool requires
super high RPM to make clean & efficient cutting.
Stable machine construction, advance CNC power
and High Precision Contour Control means no detail lost in
high feedrate.
|
| |
- Note : All
displayed parts are machined with VIBRA-FREE
|
|
|
|
|
| |
|