Sodick UX650L | High-Speed Linear Motor Vertical Machining CenterAvailable
Save
Share

Sodick
To be updated
Condition: New
Scale: Production
Status: Ready-to-Ship
Ships From: USA
Product Description
Summary
The Sodick UX650L is a high-speed linear motor-driven vertical machining center designed for ultra-precise milling, drilling, and jig grinding of complex three-dimensional contours. Its core function is precision material removal via advanced linear motor technology, supporting applications where nanometer-level accuracy and high-speed operation are critical. The system distinguishes itself with direct linear drive, glass scale feedback, sub-micron precision, extended spindle speed range up to 60,000 rpm (option), active dust collection for graphite machining, and integrated advanced functions such as jig grinding and high-speed drilling.
Key Capabilities
- High-speed, nanometer-precision milling enabled by direct linear motor drives
- Sub-micron glass scale position feedback on all axes
- Integrated jig grinding and high-speed drilling capabilities
- Spindle speed options up to 60,000 rpm for fine surface finishing and hard material processing
- Active positive-pressure dust collection system optimized for graphite machining
- 3-axis configuration with symmetric double-column bridge for thermal stability and rigidity
- Up to 45-position automatic tool changer
- Windows-based touch screen CNC with "MotionExpert" NC program simulation and optimization
Key Specifications
| Parameter | Value | Unit |
|---|---|---|
| X Axis Travel | 25.59 (650) | in (mm) |
| Y Axis Travel | 21.65 (550) | in (mm) |
| Z Axis Travel | 11.81 (300) | in (mm) |
| Spindle Speed Range | 6,000 – 40,000 (option: up to 60,000) | rpm |
| Tool Holder Type | HSK-E32 (HSK-E25 options) | – |
| Maximum Tool Diameter | 0.236 (6) | in (mm) |
| Rapid Feed Rate | 1,417.3 (36) | ipm (m/min) |
| Max Table Load | 771.61 (300) | lbs (kg) |
| Table Size | 29.52 x 21.65 (750 x 550) | in x in (mm x mm) |
| Position Feedback Scale | 0.0000012 (0.03) | in (μm) |
| Acceleration | 1 | G |