ZCJ
7.5HP Tungsten Carbide Precision Rolling Mill with Torque Motor Coiler
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Forming & Rolling
Sheet & Wire Rolling Mill
KYG0806
7.5HP Ultra Precision Tungsten Carbide CNC Sheet Rolling Mill with Magnetic Powder Clutch Coiler
7. 5HP Ultra Precision Tungsten Carbide CNC Sheet Rolling Mill with Magnetic Powder Clutch Coiler features Magnetic Powder Clutch Coiler combines high-accuracy CNC control and synchronized coiling for consistent, ultra-flat carbide sheet production.
Forming & Rolling
Specifications
| Motor/Voltage | 5.5 kW, 3-phase 380 V, lifting servo 0.85 kW |
|---|---|
| Roller Speed | 11.4 m/min |
| Output Thickness | 25–0.1 mm |
| Roller Material/Roller Hardness | Tungsten Carbide, HRA 92–93 |
| Roller Size | φ132 × 180 mm (Alloy Length 150 mm) |
| Magnetic Powder Coiler/Winding Motor | 10 kg (optional) 10 kg: 2.2 kW |
| Size/Weight | 1420 × 1350 × 1600 mm / 1300 kg |
Overview
Highlights
- PLC-controlled precision for ultra-flat carbide sheets
- Magnetic powder clutch coiler enables synchronized winding
- Automated thickness adjustment and reduced material stress
Applications
- Precision rolling of tungsten carbide sheets for die and tool manufacturing
- Production of ultra-thin metallic layers for electronic component fabrication
- Laboratory and R&D use for specialty metal sheet forming
Overview
7.5HP Ultra Precision Tungsten Carbide CNC Sheet Rolling Mill with Magnetic Powder Clutch Coiler The 7. 5HP Ultra Precision Tungsten Carbide CNC Sheet Rolling Mill with Magnetic Powder Clutch Coiler is designed for critical applications requiring exceptional sheet flatness and dimensional control. Leveraging advanced CNC systems and a powerful 5. 5 kW drive, this machine enables automated thickness adjustments and consistent processing of tungsten carbide sheets with high-hardness rollers.
An integrated magnetic powder clutch coiler ensures smooth, synchronized winding and unwinding operations, effectively minimizing material stress and preserving sheet integrity during production. Its precision automation and robust structure make it ideal for advanced manufacturing and R&D environments where stringent quality standards are required.
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