How to Address Burrs in Metal Laser Cutting Machine Processing

After assembling a metal laser cutting machine, multiple debugging sessions are required before it can be put into operation, demanding highly specialized laser equipment operation skills. Tuoer Laser will share key solutions for addressing burr issues:

1. First, inspect the laser output for issues. Check if the beam spot is perfectly round (a round spot indicates uniform lateral distribution of laser energy, and after passing through the lens assembly, the energy distribution at the focal point remains more consistent, leading to superior cutting quality).

2. Examine whether any lenses in the laser transmission path are dirty, or if the lenses themselves have contaminants. Look for microscopic cracks in the lenses that may be difficult to detect with the naked eye, as these can all impair laser power transmission.

Metal laser cutting machines employ highly efficient, high-energy, and flexible laser cutting technology. Whether in terms of precision, speed, or efficiency, they are the unrivaled choice for the sheet metal processing industry. Materials traditionally difficult to cut or those yielding poor cutting quality are effortlessly processed with laser cutting. Particularly for carbon steel plate processing, laser cutting holds an unshakable position.

Evidently, metal laser technology has transformed the traditional “rules of the game” in sheet metal processing and reshaped our approach to product manufacturing.

For more information on laser marking machines, laser welding machines, and laser cutting machines, please visit the official website of Wuxi TOL Laser Technology Co., Ltd.: http://www.tollaser.com