SANE KUEI MACHINERY CO., LTD.
Products
Silicon Powder & Fluid Switchable EDM
CNC Series : Silicon Powder EDM
P60 / P90
Using both powder and dishcarge fluid for CNC mirror surface finishing.
The X, Y& Z axis utilizes AC servo motor.
Multi cavities machinng, ORBIT-CUT machining & Helix machining.
A.T.C. (Automatic Tool change) & C-axis machining available.
The Circle Angle of Sparking is lower than 0.02mm.
The best surface roughness (Ra) is better than 0.1 µm.
High speed and long distance jumping
Multi-side ORBIT-CUT machining for X, Y & Z axis
Widespread application on plastic mold, rubber mold, die-casting mold, 3C products
Power machining enables high stability & efficiency 30% more than general electric discharge machining.
The work tanks of discharge fluid and powder are separated individually.
Specification
Specification
|
P 60
|
P 90
|
X, Y-Travel |
400 x 300 mm
|
500 x 400 mm
|
Z-Travel |
300 mm
|
300 (290) mm
|
Table Dimension |
600 x 320 mm
|
760 x 440 mm
|
Work Tank Dimension |
800 x 540 x 280 mm
|
1050 x 660 x 360 mm
|
Max. Table-Quill Distance |
500 mm
|
680 mm
|
Max. Electrode Weight |
50 kgs
|
100 kgs
|
Max. Table Loading |
800 kgs
|
1200 kgs
|
Dielectric Tank Capacity |
200 + 200 Litre
|
400 Litre
|
Filters |
2 PCS
|
3 PCS
|
Machine Weight |
2100 kgs
|
2550 + 520 kgs
|
Machine Height |
2240 mm
|
2450 ~ 2600 mm
|
Ground Area |
Nominal Current | 30A / 5A, 45A / 5A, 60A / 5A |
Input Voltage | 220 / 380 / 415 / 440V |
Connected Rating | 4KVA / 5.5KVA / 7KVA |
Max. Stock Removal Rate | 200 / 300 / 400 mm³ / min |
Best Surface Roughness | Ra ≦0.1μm |
Best Electrode Wear Rate | < 0.2% ( specific equip.< 0.1%) |
Standard accessories
|
Additional Equipment
|
Precision Electrode Clamps | ATC (Auto Tool Change) |
Piezoelectric Light | C-Axis |
Magnetic Induction Oil Nozzle Base | "EROWA" Chuck-Swiss |
Operation Manuals | 3R System Chuck-Sweden |
M.F.D (Fine mirror Finish) | Automatic Fire Extinguisher |
Di-electric Cooler | |
Permanent Magnetic Chuck | |
Silicon Powder x 2 kg | |
X, Y, Z Axis Linear Scales (1μm) |