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
CNC Glass Cutting Wire Saw
- Max Workpiece Length (mm):200
- Max Workpiece Width (mm):200
- Max Workpiece Height (mm):200
Graphite Cutting Wire Saw Machine
- Max Workpiece Length (mm):600
- Max Workpiece Width (mm):600
- Max Workpiece Height (mm):600
CNC contour cutting machine
- Max Workpiece Length (mm):200
- Max Workpiece Width (mm):200
- Max Workpiece Height (mm):250
HIGH PRECISION ENDLESS DIAMOND WIRE SAW MACHINE
- Max Workpiece Length (mm): 400
- Max Workpiece Width (mm): 400
- Max Workpiece Height (mm):350
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
- Levy
You know, trying to cut super tough materials like ceramics and glass can be a real headache. Regular tools often leave you with cracks and rough edges. But now, a lot of today’s work needs super clean, exact cuts – especially if you’re in research or making stuff for optics,
- Technical Trends
- levy
Process Optimization in Fine Wire Cutting Wire cutting—especially when dealing with brittle, hard, or high-value materials—relies on achieving a balance between feed speed, wire tension, vibration control, and abrasive interaction. As industries shift toward thinner substrates, higher precision, and lower allowable kerf loss, cutting optimization has become a critical engineering
- Technical Trends
- levy
Introduction Cutting brittle materials requires a process that minimizes stress concentration, thermal gradients, and vibration. Materials such as sapphire, quartz, ceramics, silicon carbide, and high-purity glass respond poorly to traditional cutting tools. Excessive mechanical load or heat can introduce micro-cracks, edge chipping, or subsurface fracture—problems that become more severe as