​How to determine lines during laser cutting

How should we accurately determine the lines when performing laser cutting? How to judge whether the cutting edge is a straight line, and how to deal with it according to different situations? Before determining the characteristics of the laser cutting edge line method, an in-depth analysis should be carried out.

The method used by laser cutting to determine the trimming line has the following characteristics: it can fully adapt to complex changes in cover products, can fully simulate the production conditions of actual molds, does not require manual correction, has fast cutting speed, short cycle, and high cutting quality.

The program compiled by laser cutting no longer needs manual correction, but uses a three-dimensional processing program that fully matches the theoretical trimming line and is directly applied to the cutting product. This system is a method of establishing a mathematical model of a CNC cutting machine on a computer and realizing automatic programming through software, which can quickly and accurately cut a variety of different materials. It ensures that the cutting process is always consistent with the actual cutting edge condition and avoids the problem that two-dimensional marking cannot be completed. At the same time, since there is no need to measure and calculate parameters such as the size and shape of the workpiece before cutting, the cutting efficiency is greatly improved. Throughout the cutting process, we avoid manual intervention and ensure that the products obtained during each processing are completely matched with the digital model. This reduces the number of trimming lines that originally required many attempts to obtain to only 3-4 times. Finish.

Laser cutting software is different from conventional software in that it is usually not sold independently, but is bundled with machine tools. The software itself has no programming function and can only perform corresponding actions on the machine tool, so it has strong versatility. The advantage of bundling machine tools with software is that the software has pre-designed relevant data for the machine tool, ensuring the authenticity and accuracy of the simulation program. This also ensures that the user-generated program fully meets the needs of the machine tool, thereby eliminating the risk of machine collisions due to setting errors and making this software appear more concise and practical.