Horizontal Bias Cutter

The AUGU Horizontal Bias Cutter is an innovative cutting equipment engineered to meet the specialized cutting needs across various industries. With its automated feeding system, PLC control, and energy-efficient design, this machine provides a robust and reliable cutting performance, adaptable to both standard and custom requirements.

Parameter of AUGU Horizontal Bias Cutter

Features of AUGU Horizontal Bias Cutter

- Versatile Cutting: Precise cutting for a wide range of materials.

- Custom Length Capability: Adapts to different cutting lengths as required.

- Automated Operation: PLC control system for consistent and automated cutting.

- Slitting Flexibility: Offers various options for slitting widths and patterns.

- Durable Construction: Ensures a long service life with reliable performance.

- Energy-Efficient Design: Contributes to cost savings and environmental sustainability.

Application range of AUGU Horizontal Bias Cutter

- Rubber Industry: For cutting rubber sheets and rolls used in various products.

- Foam Cutting: Ideal for mattress and upholstery foam cutting.

- Plastic Processing: Suitable for cutting plastic sheets and films.

- Conveyor Belt Slicing: Precise cutting for manufacturing conveyor belts.

Why choose us?

Select the AUGU Horizontal Bias Cutter for its adaptability, precision, and commitment to quality. As a non-standard machine, it is tailored to meet the unique demands of your cutting process, offering a solution that enhances production efficiency and product quality. We prioritize innovation and customer satisfaction, ensuring our equipment meets the highest industry standards.

Key operation steps of AUGU Horizontal Bias Cutter

1. Customization Setup: Configure the cutting machine according to material type and cutting specifications.

2. Material Loading: Load the material onto the machine's feeding system.

3. PLC Programming: Set up the PLC control for the desired cutting pattern and length.

4. Cutting Operation: Initiate the cutting process and monitor for precision.

5. Quality Inspection: Check the cut material for accuracy and consistency.

6. Material Offloading: Safely remove the cut material for further processing or packaging.

7. System Shutdown: Properly shut down the machine after operation.

8. Maintenance Routine: Perform routine maintenance to ensure the cutter's optimal performance and longevity.