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
Alumina Ceramics
Magnetic Materials
Sapphire & Crystals
Endless Diamond Wire
Need a Custom Solution?
Oscillating Multi-wire Cutting Machine
- Max Workpiece Length (mm):380
- Max Workpiece Width (mm):160
- Max Workpiece Height (mm):150
- Swinging Cutting Technology
- Inverted Cutting Technology
Oscillating Diamond Wire Saw
- Max Workpiece Length (mm):200
- Max Workpiece Width (mm):200
- Max Workpiece Height (mm):200
- Swinging Cutting Technology
- 360° Rotation Cutting Technology
Slice + Rotate + Tilt all in One
- Max Workpiece Length (mm):200
- Max Workpiece Width (mm):200
- Max Workpiece Height (mm):150
- Rotate Cutting Technology
- Tile Cutting Technology
QUARTZ GLASS WIRE CUTTING MACHINE
- Max Workpiece Dia (mm): 600
- Max Workpiece Height (mm):400
- Rotate Cutting Technology
- Horizontal Cutting Technology
- Siemens System
3D TAPER CUT ENDLESS DIAMOND WIRE SAW MACHINE
- Max Workpiece Length (mm):600
- Max Workpiece Width (mm):600
- Max Workpiece Height (mm):600
- Vertical Cutting
- Tilt Workpiece
Swinging Diamond Wire Cutting Equipment
- Max Workpiece Length (mm):400
- Max Workpiece Width (mm):400
- Max Workpiece Height (mm):375
- Swing Cut
- Gantry Type Cut
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
- Technical Trends
- levy
NdFeB magnets are strong, compact, and easy to damage during cutting. The problem is not only hardness. In NdFeB magnet cutting, the real trouble usually comes from brittle grain fracture, edge chipping, coating damage, wire vibration, and fine grinding debris trapped in the kerf. That is why a diamond wire
- Technical Trends
- levy
Hard metal cutting is where most conventional tools fail fast. Titanium alloys, tungsten, and molybdenum share a reputation that anyone who’s machined them knows well: they destroy tooling. Ti-6Al-4V eats carbide inserts because the heat has nowhere to go — its thermal conductivity is roughly 7 W/m·K, about one-sixth of
- Technical Trends
- levy
Buying a magnet cutting machine is a decision most shops only make once every 5–10 years. Get it right, and the machine pays for itself in reduced scrap, better surface quality, and faster throughput. Get it wrong, and you’re stuck with equipment that doesn’t match your production reality — either
Frequently Asked Questions
Answers to common questions from engineers and purchasing managers worldwide.
Cutting machines: No MOQ. A single unit can be ordered, with custom configurations available on request.