Non-Contact Dust Removal for Sheet Materials

USC Non-Contact Sheet Dust Removal System for Continuous Production

Sheet materials can accumulate dust and particles during extrusion, cutting, conveying, stacking, and transportation.

For manufacturers producing plastic sheets, electronic sheets, packaging sheets, and other precision sheet materials, surface contamination can lead to downstream quality problems.

USC provides a continuous non-contact dust removal solution for sheet production lines.

Customer Problem

The customer needed to remove surface dust from continuously moving sheet materials.

Traditional wiping methods were unsuitable because they could:

• Scratch the surface

• Leave secondary contamination

• Generate additional particles

• Require frequent replacement

• Limit production speed

The customer therefore required a non-contact cleaning system.

USC Non-Contact Dust Removal Solution

USC designed a continuous dust-removal station for the moving sheet.

The sheet passes through the cleaning area without direct contact with mechanical brushes or rollers.

Controlled airflow is directed toward the surface while electrostatic particle removal technology assists in separating dust from the material.

Inline Cleaning Process

Sheet production → Conveying → USC non-contact dust removal → Inspection → Cutting / processing → Final product

This configuration allows dust removal to become part of the manufacturing process rather than a separate manual operation.

Customer Benefits

The USC system helped the customer:

• Improve sheet surface cleanliness

• Reduce dust-related defects

• Reduce manual cleaning

• Protect sensitive surfaces

• Improve continuous production

• Support automated quality control

Suitable Sheet Applications

• Plastic sheets

• PET sheets

• PVC sheets

• Electronic sheets

• Packaging sheets

• Optical sheets

• Film-like sheet materials

• Precision industrial sheets

Customized Sheet Cleaning

Sheet materials vary significantly in width, thickness, surface energy, line speed, and particle characteristics.

USC can customize the cleaning system according to the customer's actual production parameters.

The solution can be designed for high-speed continuous sheet production, making it suitable for manufacturers requiring stable, automated, and non-contact surface cleaning.