Xuhui (Shandong) Intelligent Equipment Co., Ltd. is one of the leading manufacturers and suppliers of laser cutting equipment in China. If you're going to wholesale high quality laser cutting equipment made in China, welcome to get quotation from our factory. Customized orders are welcome.
The Xu Hui (Shandong) Intelligent Equipment Laser Cutting Equipment is a high-efficiency, precision machine built for metal fabrication. It cleanly cuts through carbon steel, stainless steel, aluminum alloys, titanium alloys – you name it.
It uses advanced fiber laser technology, which means it cuts noticeably faster than old-school equipment. You get smooth, burr-free edges with almost no warping, so there's usually no need for secondary work. Its positioning accuracy is within ±0.03mm, and even complex designs can be executed with a click via CNC programming – a regular operator can handle it after some basic training.
The machine also includes smart nesting software to maximize material usage and reduce waste. Plus, it's energy-efficient, has a long laser life, and is easy to maintain. Whether it's for auto manufacturing, furniture, structural steel, or precision parts, this machine adapts efficiently. It makes metalworking faster, better, and a whole lot simpler.
Product Features
(1) Advanced Laser Technology with Outstanding Cutting Performance
High-power fiber lasers or CO₂ lasers are used. The laser beam has high quality and concentrated energy, which allows it to quickly melt and vaporize materials for efficient cutting. The laser wavelength can be selected based on the characteristics of different materials to ensure optimal cutting results. In addition, the laser cutting head is equipped with a precise focusing system and an automatic focusing device that adjusts the focal length according to the material thickness, ensuring cutting accuracy and stability.
(2) Modular Design for Flexible Customization and Upgrades
The laser cutting machine features a modular structure that separates key components such as the laser generation system, numerical control system, and worktable. Each module is connected via standardized interfaces, making installation, debugging, and maintenance more convenient. Users can flexibly choose different laser power levels, worktable sizes, automatic loading and unloading devices, and other modules to meet specific production needs, allowing for personalized equipment customization. As businesses grow and technology advances, the equipment can be upgraded or modified to extend its service life and reduce replacement costs.
Core Functions of the Product
(1) Precision Cutting
Laser cutting machines concentrate high-energy-density laser beams on material surfaces, instantly melting or vaporizing them to achieve precise cuts. The cutting accuracy can reach ±0.03 mm, meeting the extremely high precision requirements for components like electronic chips and precision instruments. When cutting complex shapes and small parts, the laser beam can accurately outline contours, avoiding the rough edges typically seen with traditional cutting methods. The resulting workpieces require no secondary processing and meet usage standards directly, effectively improving product quality.
(2) High-Efficiency Automated Processing
The equipment is equipped with an advanced numerical control system and an automatic feeding device, supporting 24-hour continuous operation. By importing design files such as CAD or AI formats, cutting programs can be quickly generated to automatically complete layout and cutting tasks. When processing thin metal sheets, cutting speeds can reach 5 to 10 meters per minute-3 to 5 times faster than traditional mechanical cutting. Additionally, non-contact processing eliminates tool wear and replacement downtime, reducing the number of shutdowns, significantly improving production efficiency, and meeting the fast delivery demands of large orders.
Product Innovation Highlights
The adoption of a new generation of high-power fiber lasers has increased electro-optical conversion efficiency to over 30%, while reducing energy consumption by 40% compared to traditional CO₂ lasers. The laser beam quality has also been enhanced, featuring a smaller spot diameter and more uniform energy distribution. These improvements not only increase cutting speed and accuracy but also minimize the heat-affected zone, reducing deformation. This makes the system especially suitable for high-reflectivity and ultra-thin materials. Moreover, some models incorporate ultrafast laser technology, using picosecond and femtosecond pulsed lasers to perform cold processing on brittle and semiconductor materials. This prevents thermal damage and opens up new application areas.
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