Burrs are ubiquitous in the machining process, and no matter how advanced and precise equipment you choose, they will be born with the product. Burrs on mechanical parts, some of which are caused by the cutting process

Caused by medium plastic deformation; Some are burrs from casting, forging, and other processing, while others are leftover materials from welding and extrusion. burr

The existence of can have adverse effects on many aspects of the machining accuracy, installation accuracy, reprocessing positioning, and appearance quality of parts.

The types of burrs mainly include burrs, sharp edges, splashes, and other protruding excess metal parts that do not meet the product design requirements. There is currently no useful way to address this issue

It can be eliminated during the production process, so in order to ensure the design requirements of the product, engineers can only remove it in the later stage

Efforts have been made in this regard, and so far there are many different methods and equipment for removing burrs for different products.

1. Manual deburring is also a commonly used method in general enterprises, using files, sandpaper, grinding heads, and other auxiliary tools.

2. Deburring of stamping dies, using a collaborative punching process to remove burrs.

3. Grinding to remove burrs, this type of deburring includes methods such as oscillation, sandblasting, and drum, and is currently widely used by enterprises.

4. Freeze to remove burrs, use cooling to make burrs agile and brittle, and then spray pellets to remove burrs.

5. Thermal deburring, also known as thermal deburring or explosive deburring. After introducing some easily combustible gases into an equipment furnace, and then through the effects of some media and conditions, the gas is instantly exploded, using the energy generated by the explosion to dissolve and remove burrs.

6. Deburring of engraving machine

7. Chemical deburring, using the principle of electrochemical reactions, automatically and selectively completes deburring operations on parts made of metal materials.

8. Electrolytic deburring is an electrochemical machining method that uses the electrolytic effect to remove burrs from metal parts.

9. High pressure water jet deburring, with water as the starting point, uses its instantaneous impact force to remove burrs and burrs that occur after processing, while achieving the purpose of cleaning.

10. Ultrasonic deburring, ultrasonic generates high pressure to remove burrs instantly.