Large-Scale Systems
- Equipment up to 2.5m cutting capacity
- Multi-station automated production lines
- Integration with existing factory systems
Complete Software Development
- Custom control systems
- Process optimization algorithms
- Remote monitoring and diagnostics
Rapid Prototyping
- 3D modeling and simulation
- Quick prototype manufacturing
- Fast iteration based on your feedback
Direct Engineering Support
- One-on-one consultation with our design team
- Site visits for complex installations
- Ongoing technical partnership
Need a Custom Solution?
QUARTZ GLASS WIRE CUTTING MACHINE
- Max Workpiece Dia (mm): 600
- Max Workpiece Height (mm):400
3D TAPER CUT ENDLESS DIAMOND WIRE SAW MACHINE
- Max Workpiece Length (mm):600
- Max Workpiece Width (mm):600
- Max Workpiece Height (mm):600
Swinging Diamond Wire Cutting Equipment
- Max Workpiece Length (mm):400
- Max Workpiece Width (mm):400
- Max Workpiece Height (mm):375
BIG SIZE QUARTZ CUTTING WIRE SAW MACHINE
- Max Workpiece Dia (mm):2000
- Max Workpiece Height (mm):600
Ultra-huge Diamond WIre Saw
- Max Workpiece Length (mm): 2500
- Max Workpiece Width (mm): 800
- Max Workpiece Height (mm): 800
Best Seller Graphite Wire Saw
- Max Workpiece Length (mm): 800
- Max Workpiece Width (mm): 800
- Max Workpiece Height (mm): 800
Why Leading Companies Choose Vimfun:
🏆 Proven Industrial Expertise
- 20+ years in precision equipment manufacturing
- Pioneer in endless diamond wire technology since 2019
- Serving aerospace, semiconductor, optical, and automotive industries
- NEWS & INSIGHTS
- bianji
These fields need high repetition accuracy. The machine always gives the same result. The amount of scrap is lower, and less raw material is used. Companies know that the Best 3D Taper Cut Wire Saws are changing the way cutting jobs are done today when they look at the prices
- Technical Trends
- levy
Introduction: The Evolution of Precision Slicing In the rapidly advancing landscape of high-tech manufacturing, the choice of slicing technology has become a cornerstone of operational success. For decades, traditional methods such as Inner Diameter (ID) sawing, reciprocating multi-wire saws, and Electrical Discharge Machining (EDM) were the industry standards. However, the
- Technical Trends
- levy
Introduction In semiconductor and precision ceramic manufacturing, diamond wire cutting principles govern a facility’s Cost Per Slice and Overall Equipment Effectiveness (OEE). For production managers, mastering these mechanics translates to higher yield; for equipment engineers, it is the foundation for optimizing parameters. This 1,200-word analysis explores how the abrasive wire