Laser Cutting of Carbon Fiber Composite Materials Laser Cutting Robot

Product Introduction

1. Outline drawing of laser cutting robot

(Please refer to the actual object for details)

2. Characteristics of laser cutting robots

1) The perfect integration of cutting-edge laser technology and digital control technology represents the most advanced level of laser cutting;

2) A professional laser cutting machine control system can ensure cutting quality, making cutting work more convenient and easy to operate;

3) Equipped with imported FANUC robot, it can realize three-dimensional cutting, easy to operate and highly intelligent. Ensure the high speed, precision, and reliability of the equipment;

4) The laser cutting head adopts a customized cutting head, which is sensitive and accurate in response and effectively cooperates with the robot. The guide arm is perfectly combined with the robot to avoid interference and ensure the position of the cutting focus, ensuring stable cutting quality;

5) The laser cutting head can withstand a gas pressure of 1.0Mpa, and the high-pressure gas path equipment improves the cutting ability of equally difficult to cut materials;

3. Laser cutting robot working mode

1) Adopting a four station design;

2) The robot is working in the room, and the operator is disassembling and cutting the finished product outside the room. The product is clamped but not cut. After the disassembly and assembly is completed, the sealing door automatically opens, and the workbench automatically rotates 180 °, following this cycle;

4, Characteristics and technical advantages of laser cutting machines

1. Main characteristics of CO2 lasers

(1) The laser has high electrical to optical conversion efficiency, with a conversion efficiency of over 10-25%. Small power lasers do not require a chiller, and using air cooling can significantly save power consumption during operation, save operating costs, and achieve the highest production efficiency;

(2) The laser only requires electrical energy during operation and does not require the generation of additional gas from the laser, with the lowest operating and maintenance costs (which can be increased if gas protection is required);

(3) The laser adopts semiconductor modularization and redundant design, with no optical lenses in the resonant cavity and no need for startup time. It has the advantages of no adjustment, no maintenance, and high stability, reducing the cost of accessories and maintenance time, which is incomparable to traditional lasers;

(4) The output wavelength of the laser tube is 10.6 microns, with good beam quality and high power density, which is very conducive to the absorption of metal materials. It has excellent cutting and welding capabilities, thus minimizing processing costs;

(5) The entire machine's light is transmitted through the light guide arm;

(6) The cutting head contains protective lenses, which minimize the consumption of valuable consumables such as reflectors and focusing lenses;

(7) The light is output through the light guide arm, making the design of the mechanical system very simple and easy to integrate with robots or multi-dimensional workbenches;



2. Using imported lasers:

(1) Equipped with imported lasers, controlled by robotic arm programming to maintain the optimal focal length and ensure the best cutting effect, it can complete internal 3D cutting within a very small space range; This avoids a series of issues such as material scrap caused by changes in focal length when the material is uneven.