Laser processing principle:

Laser processing is to use light energy to achieve a high energy density at the focal point after being focused by a lens, and to process by photothermal effect, its advantages are obvious, no tools, fast processing speed, small surface deformation, no direct impact on the workpiece, no mechanical deformation.

Due to the advantages of laser processing, lasers are widely used in some fields. Taking automobile manufacturing as an example, laser technology is widely used in automobile production workshops, and 50% to 70% of auto parts are completed by laser processing, including laser welding, laser plane cutting, and laser three-dimensional cutting.

It is specially designed for mass laser cutting of automotive thermoformed parts. It can realize 3D flexible, high-quality and high-precision machining of thermoformed high-strength steel plates, help the body to be lightweight and intelligent, and greatly improve the safety performance of automobiles. It has become an irreplaceable production process and process to accelerate the innovation and development of the automobile manufacturing industry.

Features:

• Cantilever structure: The simulation technology is used to carry out precise mechanical design analysis of the cantilever structure, so as to realize the high lightness and high stability of the overall structure of the equipment under high-speed operation.

• Control system: The self-developed five-axis control system is suitable for high-speed, low-load applications in the laser industry. It integrates rich auxiliary functions, friendly man-machine interface, voice prompts, and convenient operation and maintenance. It is a set of high-efficiency

stable system.

• Five-axis laser cutting head: High-performance five-axis cutting head, realizes normal cutting at any angle, and solves the problem of cutting three-dimensional parts with different surfaces. Slip ring technology, servo system, and optical path optimization technology improve processing efficiency and Precision.

• Offline software: Using the latest virtual simulation technology, it realizes the rapid conversion of digital and analog to machining program, and improves the operation efficiency.

• Teach Pendant: The manual teaching function facilitates the user to adjust the cutting trajectory according to the actual workpiece deformation, which greatly improves the debugging efficiency.

• Processing technology database cloud: Deeply cultivated in the laser cutting industry for many years, through a large number of cutting experiments, the material, environment, process parameters such as laser power, auxiliary gas pressure size and type, cutting speed, focus position and starting position of cutting are formed. Process database, especially for surface cutting, titanium alloy cutting, thick plate cutting and other process data, the database cloud is resumed. Users only need to input basic parameters and information according to the prompts in the dialog box, and the system will automatically call the database data to complete the cutting. parameter settings.

ABOUT HGLASER

HGLASER is the pioneer and leader of laser industrial application in china. It is the world's leading provider both of laser equipment and intelligent manufacturing solutions, the core subsidiary of the well-known national high-tech listed company HGTECH.

With the deep understanding of the manufacturing industry trend, HGLASER constantly enrich products and solutions, adhere to exploring the integration of automation, informatization, intelligence and manufacturing industry, and provide various industries with laser cutting system, laser welding system, laser marking series, complete sets of equipment for laser texturing, laser heat treatment system, laser drilling machine, Laser and various supporting devices, special laser processing equipment and plasma cutting equipment, as well as the overall construction scheme of automatic production line and smart factory.

HGLASER has actively participated in the wave of modern industry, undertaken a number of national key projects and major scientific and technological research projects in the laser field, and enriched the core of "optical manufacturing" according to market demand and application scenarios. We will enable laser technology to connect with things, promote the efficient connection between things, people and things, and realize barrier free information sharing. Serving scientific and technological innovation, we continue to broaden the boundary between laser and intelligent manufacturing, break through industry barriers, and make laser technology and intelligent manufacturing solutions become advanced tools and concepts to drive human production and enable social services.