In the field of stainless steel machining, the pursuit of high-precision and high-efficiency processing technology has always been the pursuit of manufacturers. In recent years, laser drilling technology has gradually emerged as an innovative solution for stainless steel long hole machining due to its unique advantages of speed and accuracy. This article will provide an in-depth look at the special advantages of laser perforation technology in the manufacture of long holes in stainless steel.
1.Sophisticated design and digital readiness.
The process of laser perforation begins with a delicate design. Computer-aided design (CAD) software allows designers to flexibly adjust the shape, size, and layout of holes. Once the design is complete, the files are digitally imported into the CNC laser cutting system, laying the foundation for efficient preparation.
2.Amazing performance at high speeds.
Laser perforation technology is distinguished by the rapid focusing of high-energy laser beams. This high-speed processing method is particularly excellent on high-hardness materials such as stainless steel, which greatly improves production efficiency.
3.The micron-level accuracy of the laser.
The micron-scale diameter of the laser beam makes it ideal for long hole machining. The high precision guarantees the consistency of the size and shape of each hole, imparting superior precision to the final product.
4.Cleverly selected process parameters.
Selecting the appropriate process parameters such as laser power, perforation speed, and focus position is critical. Laser perforation technology ensures both efficient and optimal machining results through clever parameter selection.
5.Real-time monitoring and adjustment.
Real-time monitoring of the laser drilling process is the key to ensuring the quality of the process. The built-in monitoring system monitors parameters such as laser power, focus position, and material temperature at all times to ensure that each hole meets the design requirements. Adjust the process parameters in time to maintain the stability and efficiency of the processing process.
6.Superb gas-assisted technology.
Laser perforation technology combined with gas-assisted technologies such as nitrogen or oxygen further enhances the quality of the process. By removing molten metal particles, preventing oxidation and burr formation, the surface of the long holes in stainless steel is smooth and of reliable quality.