Seibu M50B Wire EDM Machine - Precision Tooling Solution for XP Mold
Machine Overview
The Seibu M50B is a Japanese-made precision wire EDM machine designed for medium-sized mold components and precision parts manufacturing. At XP Mold, we've integrated this high-performance machine into our production line to deliver superior accuracy and efficiency for complex tooling applications.
Key Technical Features
- ±2μm positioning accuracy for ultra-precise mold manufacturing
- Reliable automatic wire threading (90%+ success rate) handles fine 0.05mm wires
- Large working area (500×350×310mm) accommodates molds up to 800kg
- ±10° taper cutting capability (expandable to ±45° for thinner materials)
- Built-in thermal compensation ensures stable machining accuracy
Material Capabilities
XP Mold utilizes the M50B for machining:
- Tool steels (H13, S136, SKD11)
- Tungsten carbides
- Titanium alloys
- Aluminum alloys
- Copper alloys
Production Applications
Our technicians leverage the M50B for:
- High-precision injection molds
- Stamping dies and inserts
- Micro-feature components (gears, connectors)
- Aerospace and medical tooling
Operational Advantages
1. Enhanced Precision- Maintains tight tolerances for critical mold features
2. Improved Efficiency - Automatic features reduce manual intervention
3. Extended Capability - Machines complex geometries in hard materials
4. Consistent Quality - Thermal stability ensures repeatable results
Why XP Mold Selected This Solution
The Seibu M50B complements our existing 5-axis machining capabilities, allowing us to:
- Produce molds with superior surface finishes (Ra <0.8μm)
- Reduce secondary operations and hand polishing
- Meet demanding delivery schedules
- Maintain competitive pricing for precision tooling
Industry Applications
- Automotive components
- Electronic connectors
- Medical device tooling
- Optical components
For sample requests or technical inquiries, please contact XP Mold's engineering team. We'd be happy to discuss how this technology can benefit your specific tooling requirements.
