Product Description
We have been involved in manufacturing and supplying a wide range of Abrasive Paper Cut To Length Machine. Provided machine is mainly designed for cutting of abrasive paper in a trouble-free manner. It is highly admired among clients due to its robust construction, longer service life and are free from defect. Offered machine is available in different specifications as per clients. The offered machine finds its usefulness in the manufacturing industry. In addition to this, provided Abrasive Paper Cut To Length Machine is tested on various parameters before dispatching into the market to ensure defect free delivery to clients.
Technical Specification
- Knife width:600mm
- Cutting method: Punch
- Cutting angle: Clockwise or counterclockwise ±67°
- Cutting edge: Rectilinear & wavy
- Installed power: 1KW
- Pneumatic Pressure: 0.7 Mpa
- Bench size (mm) : 2 x 0.7 x 0.8m (L x W x H)
Precision Cutting for Diverse Abrasive MaterialsThis machine excels in cutting abrasive papers, cloth, and fibers into a range of forms such as rectangular strips, sanding belts, and discs. It supports a broad spectrum of grain sizes (P36 to P320) and backing materials, allowing industrial manufacturers to create custom solutions for sanding and finishing tasks.
Advanced Automation and User-Friendly ControlUtilizing a servo motor-controlled drive and automatic tension-managed feeding, the machine guarantees consistent cutting performance. Its intuitive PLC-operated touch screen streamlines operation, enabling quick parameter adjustments for different material grades and sizes, thereby reducing downtime.
Industrial Durability and SafetyEngineered from robust stainless steel and powder-coated MS parts, this machine is made to withstand demanding industrial settings. Integrated safety features such as emergency stops, overload protection, and safety guards ensure operator security throughout continuous high-speed operations.
FAQs of Abrasive Paper Cut to Length Machine:
Q: How does the servo-driven system enhance cutting accuracy in this abrasive paper machine?
A: The servo motor-controlled drive ensures precise movements and consistent feeding speeds. This reduces material slippage and maintains exacting length tolerances for each cut, resulting in uniform strips regardless of abrasive type or thickness.
Q: What safety features are included with the machine during operation?
A: The machine is designed with multiple safety measures including emergency stop buttons, safety guards covering moving parts, and overload protection. These features ensure safe operation and minimize the risk of accidents for users.
Q: When should the operating temperature be considered during use?
A: The machine is suited for ambient conditions up to 45C. Operation beyond this range may affect performance or safety. Ensure the installation environment maintains proper ventilation and temperature control for optimal machine functionality.
Q: Where can this machine be installed considering its size?
A: With a required installation area of approximately 3800 mm by 2200 mm, the machine is suitable for industrial production floors. Ensure ample space around the machine for safe maintenance and material handling.
Q: What materials and grain types can be processed with this machine?
A: It handles abrasive papers, cloth, or fiber-backed materials with grains such as Aluminum Oxide and Silicon Carbide, accommodating both resin bonded abrasives and various hardness levels suitable for industrial finishing applications.
Q: How does the PLC touch screen simplify machine operation?
A: The PLC-operated touch screen allows operators to swiftly set parameters for cut length, speed, and material type. This user-friendly interface enables easy changeovers for different products and materials with minimal training.
Q: What are the benefits of using an automatic tension-controlled feeding system?
A: Automatic tension control ensures stable feeding from large rolls (up to 1200 mm diameter), preventing wrinkles or stretching. This enhances quality and productivity, especially in high-speed, continuous production environments.