
Add to Cart
User-friendly Automatic High Speed Slitting Line Customers Desgined
Description:
Our User-friendly Automatic High-Speed Slitting Line combines cutting-edge technology with seamless operation, designed to meet your specific production requirements. With precision engineering, intuitive controls, and customizable features, this slitting line ensures maximum efficiency, minimal downtime, and exceptional quality. Tailored to your workflow, it’s the perfect solution for high-volume, high-accuracy slitting operations. Experience unmatched performance and reliability, crafted to fit your business.
Main Parameters
Material | SS,CR,HR,GI,AL,Copper etc. |
Coil width | 600-1800mm |
Coil max weight | 30T |
Power | 155kw |
Speed | 150m/min |
Thickness | 1.0-6.0mm |
1. High-Speed Operation: Modern precision coil slitters are designed for high-speed slitting, significantly reducing production time and increasing throughput.
2. Advanced Control Systems: Equipped with CNC (Computer Numerical Control) and automated systems, these machines ensure consistent accuracy and repeatability.
3. Precision Cutting Tools:Utilizes high-quality rotary blades or laser cutting systems to achieve clean, burr-free edges and minimize material waste.
4. Tension Control:Integrated tension control systems maintain uniform tension during slitting, preventing material distortion and ensuring consistent strip quality.
5. Customizable Widths: Allows for quick adjustment of slit widths to meet specific customer requirements, enhancing flexibility in production.
Advantage
1. High Precision Cutting: The machine ensures that each slit is cut to the exact specified width with minimal deviation. This is crucial for applications where accuracy is essential, such as in high-quality metal products.
2. Faster Processing Speed: The precision coil slitter can handle high-speed operations, allowing for faster processing of large coil volumes. This boosts production rates and reduces operational downtime.
3. Reduced Material Waste: With highly accurate cutting, there is less scrap material generated, which helps maximize material usage and reduces costs.
Applications: