MSRP / FOB Taiwan
|X axis||2000/4000/5000/6000/8000 mm||2000/4000/5000/6000/8000 mm|
|Y axis||2500 mm||3000 mm|
|Z axis||1000 mm||1000 mm|
|Table Length||2000/4000/5000/6000/8000 mm||2000/4000/5000/6000/8000 mm|
|Table Width||2580/2500/2500/2500/2500 mm||3000 mm|
|MAX. Table load||8 kg/m²|
|Rapid traverse||XY=60 Z=40 m /min|
|X.Y.Z axis acceleration||5 m/sec²|
|Spindle speed||24,000 rpm|
( S 1 / S6)
( S 1 / S6)
|Recommended 2-axis head||Mono Support Milling Head|
|Swivel/Rotation Torque||A=529/869 Nm|
|Swivel/Rotation Speed||A=C=30(cont)/60(max) rpm|
|Swivel/Rotation Angle||A=±125° C=±360°|
|Clamping Torque||A=4,000 C=4,000 Nm|
|Max. tool length||300 mm|
|Max. tool diameter with|
|Max. tool diameter|
without an adjacent tool
Casting-made saddle, ram and base
WITH EXTREMELY HIGH BODY STABILITY, THE MACHINE HAS THE BEST RIGIDITY TO ENSURE MACHINING ACCURACY.
U-shaped force flow structure
One-piece U-shaped and high rigid structure enhances long-term accuracy and stability thanks to the shortest transmission of the force flow and evenly distributed cutting force.
The ram is made by ductile iron for high rigidity and vibration damping. The machining accuracy and stability could be increased.
X/Y axis driven by linear motor
Linear motor provides excellent dynamics and static rigidity. The rapid feedrate of the axis is up to 60m/min and the acceleration is up to 0.5G ~ 0.7G. The structure is simple and easy to maintain without transmission power loss.
Z-axis driven by double ball screws with innovative hollow water cooling technology
Z-axis is driven by double ball screws which could ensure concentric of the moving part center and the weight center so that the vibration could be eliminated. Moreover, it is equipped with hollow water cooling system for precise temperature control and thermal deformation control.
Two-axis head driven by direct drive motor
Excellent surface finish contour could be enhanced thanks to the high torque direct drive motor system of two-axis heads.Small size appearance is suitable for complex curved surface machining and the advantages include low error, high resolution and high speed.
Optimized working area
Heightened column design provides larger Z-axis travels which is perfect for mold makers