Introduction

3D laser cutting machine technology is one of the typical representatives of advanced processing methods. Its emergence in the manufacturing industry has brought new opportunities for process innovation, and the complexity of processing has provided unlimited room for expansion, and more and more industrial fields are benefiting from this advanced processing technology. Han’s Laser 5-axis 3D laser cutting machines, with high flexibility, high intelligence and high precision, have made breakthroughs in a variety of application fields!

Technical Principles

3D laser cutting technology is a highly flexible, high-precision processing method that utilizes a laser beam that moves freely along three axes to process complex three-dimensional shapes of materials, such as cutting, punching and marking. The basic principle of the technology is to use the high energy density of the laser to locally heat the material to a non-contact melting or vaporizing temperature, and then control the position and intensity of the laser beam to achieve the desired shape.

The 3D 5-Axis Laser Cutting Machine, equipped with a high-quality laser source, offers precise laser spots, stable power output, narrow kerf widths, clean and sharp cutting edges, eliminating the need for secondary processing. This significantly reduces production steps and lowers labor costs.

Characteristics of 3D 5-Axis Laser Cutting Machine Technology

High Precision

3D 5-axis laser cutting machine technology adopts high-precision screw, high-precision reducer and servo-driven transmission, featuring fast positioning speed, good dynamic performance and high cutting accuracy.

High Intelligence

The 3D laser cutting machine technology can be equipped with optional CAM software, which automatically generates machining trajectories, performs offline simulation of the machining, and automatically checks and resolves collisions and singularities. Equipped with a manual control demonstrator, the machining program can be generated, edited and transmitted directly from the demonstrator. It is simple to operate, requires no programming and is easy to learn.

High Stable

The 5-axis 3D laser cutting machine adopts an encapsulated dustproof design to prevent dust and smoke from entering the optical system to affect the quality of the beam, protect the cutting effect of the product and extend the working life of the optical system.

High Scalability

To meet the needs of different customers, the 5-axis 3D laser cutting machine can be equipped with a variety of workstations, including double-station rotary(sliding workstations), single-station rotary workstations and fixed workstations. These tables can meet a variety of processing needs.

Wide Processing Range

The maximum travel of X-axis, Y-axis and Z-axis is 750 mm*600 mm*200 mm. The cutting head has functions such as auto-focus and fast drilling.

Environmental Protection

The high-air dust collector equipped with a dust removal device can effectively suck away the smoke particles generated during cutting, allowing customers to enjoy intelligent manufacturing cutting while ensuring environmental production.

The Application Scope of 3D 5-Axis Laser Cutting Machines

Conclusion

The 5-axis 3D laser cutting machine has powerful flexibility, automation and multi-material processing capability, etc. It can be used to process complex curved parts, 3D parts and shaped parts, such as waterjet cutting, fast trimming and high-speed drilling. It is widely used in small-lot custom processing, new product development and standardized mass production of various non-metallic parts. Han’s Laser 3D 5-axis laser cutting machine is suitable for automotive interior and exterior parts, plastic parts of household appliances, VR glasses, safety helmets, underwear molds and other industries, and has become an important tool for customers to enhance the core competitiveness of their business.