Working principle: The deburring machine is mainly used to remove burrs, burrs, and sharp angles generated during metal processing, ensuring a smooth and flat surface of the workpiece.

Its working principle is usually based on mechanical, pneumatic or hydraulic forces, combined with appropriate deburring tools (such as brush wheels, grinding discs, sandblasting, etc.) to treat the surface of the workpiece.

Mechanical deburring: Using a rotating brush wheel, sand belt, or grinding disc to rub against the surface of the workpiece and remove burrs.

This method is applicable to most metal materials, such as stainless steel, aluminum alloys, etc.

Pneumatic deburring: Using compressed air to drive a nozzle to spray abrasives (such as steel balls, sand particles, etc.), and impacting the surface of the workpiece with high-speed airflow to remove burrs.

Hydraulic deburring: By spraying high-pressure water, burrs are washed away from the workpiece.

This method is commonly used for finer deburring operations, especially when higher surface quality is required.

Advantages: Improve workpiece accuracy: The deburring machine can effectively remove burrs and sharp edges, reduce assembly defects and component jamming caused by burrs, and improve product accuracy and adaptability.

Improving safety: Burrs may cause improper operation of the workpiece and harm operators.

The deburring machine can remove these sharp edges and reduce the risk of accidents.

Improve production efficiency: Automated deburring machines can quickly process large quantities of workpieces, save labor costs, and reduce errors in manual operations, thereby improving overall production efficiency.

Improving surface quality: Deburring not only removes irregular protrusions on the surface, but also improves the smoothness of the workpiece, laying a good foundation for subsequent processing (such as painting, electroplating, etc.).

Extending equipment lifespan: Removing burrs can prevent damage to mechanical equipment and molds caused by burrs, reduce friction caused by burrs, and extend the service life of equipment and tools.

Environmentally friendly: Modern deburring machines typically use enclosed dust removal devices, which can effectively reduce dust pollution in factories and improve the working environment.