Linxuan laser cutter uses a high-energy laser beam to instantly melt materials, enabling non-contact automatic cutting. It is designed for high-efficiency and high-precision processing, easily handling complex shapes and various metal and non-metal sheets.
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Whether you are engaged in sheet metal fabrication, automotive manufacturing, or advertising production, Linxuan industrial laser cutter completely replaces traditional mechanical cutting tools, helping you significantly improve production efficiency, reduce processing costs, and become an ideal solution for modern intelligent manufacturing.
Fiber Laser Cutter for Metal
CO2 Laser Cutter for Wood Acrylic
DIY Laser Cutter
Why Choose Linxuan Laser Cutter Manufacturer
Narrow Cutting Kerf, Minimal Workpiece Deformation
The laser beam can be focused into a micron-level spot with extremely high power density at the focal point. During lase cutting, the heat-affected zone is very small, making material deformation almost negligible.
The cutting kerf is narrow, with smooth edges and minimal burrs, eliminating the need for secondary grinding or finishing. Compared with traditional plasma or flame cutting, laser cutting provides higher accuracy, lower scrap rates, and better overall processing quality.
Fast Cutting Speed, Significantly Improved Efficiency
Laser cutting is much faster than traditional cutting methods. For example, high-speed fiber laser cutting machines can achieve cutting speeds of several tens of meters per minute when processing thin sheets.
For batch production, laser cutting efficiency can be increased by 40%, greatly shortening delivery times. You no longer need to choose between speed and precision—laser cutting delivers both.
Non-Contact Processing, Wide Material Compatibility
Laser cutting is a non-contact cutting technology. There is no tool wear, no cutting force, and no mechanical stress on the workpiece. It can process a wide range of materials, including:
- Metals: carbon steel, stainless steel, aluminum, copper, and more
- Non-metals: wood, acrylic, leather, papel, and other materials
One laser cutter can handle multiple processing requirements, making flexible manufacturing easier to achieve.
High Automation, Easy Integration into Production Lines
Linxuan laser cutting machines can be integrated with robotic arms, automatic loading and unloading systems, and smart production lines to achieve automated manufacturing.
Large-format laser cutting systems use advanced control systems and programming software to easily define any cutting path or shape based on production needs. Whether it is complex curves or fine patterns, the machine can complete the process smoothly in one operation.
What Can You Make with a Laser Cutter?
Sheet Metal Fabrication
Cutting stainless steel, carbon steel sheets, and custom-shaped tubes.
One-time forming with smooth cutting surfaces. No secondary polishing is required. Complex curved surfaces and irregular parts can also be processed with high precision.
Fabricación de automóviles
Fast cutting and forming of body sheet metal, bumper beams, and precision components.
High accuracy and efficiency of laser cutter meet the strict processing quality requirements of the automotive industry.
New Energy
Cutting and processing of sheet metal for energy storage enclosures, power battery cases, photovoltaic components, and more.
Provide systematic solutions to support the transformation and upgrading of the new energy industry.
Advertising / Crafts
Laser cutting and engraving of non-metal materials such as acrílico, madera, y cuero.
The 10.6μm wavelength of CO₂ lasers is easily absorbed by non-metal materials, resulting in smooth cutting edges and fine details.
Samples Test of Linxuan Laser Cutter
Preguntas frecuentes
What is the difference between a fiber laser cutter and a CO₂ laser cutter? How should I choose?
Simply put — choose fiber lasers for cutting metals and CO₂ lasers for cutting non-metals.
Fiber lasers have a wavelength of 1.08μm and a photoelectric conversion efficiency of up to 35%. They are suitable for cutting metal materials such as carbon steel, stainless steel, aluminum, and copper.
CO₂ lasers have a wavelength of 10.6μm, which is easily absorbed by non-metal materials. They are suitable for cutting non-metal materials such as wood, acrylic, leather, and fabric.
Fiber laser cutting machines are slightly more expensive, but they have lower electricity and maintenance costs during long-term operation.
How thick can the laser machine cut?
The cutting thickness varies greatly depending on the power and machine model. The actual thickness depends on the power configuration you choose. We recommend contacting us for selection advice based on the thickness of the materials you usually process.
Is daily maintenance difficult? What consumables are needed?
No, it is not difficult. Daily maintenance mainly includes:
Cleaning optical lenses every day (such as the focusing lens and protective lens);
Checking the lubrication of guide rails;
cleaning machine waste;
Checking the pressure and purity of auxiliary gases (nitrogen/oxygen).
Fiber laser cutters have a simple structure and low failure rate. Their maintenance costs are much lower than CO₂ laser machines.
What should I do if the cutting quality is poor (many burrs or incomplete cutting)?
Common causes and solutions include:
① Insufficient power or cutting speed that is too fast — adjust the power and speed parameters to match.
② Incorrect focus position — readjust the focal distance according to the material thickness.
③ Dirty lenses or damaged nozzles — clean or replace the lenses and nozzles.
④ Unstable auxiliary gas pressure or insufficient gas purity — check the gas system and gas quality.
⑤ Natural power loss of the laser module — increase the power appropriately, reduce the cutting speed, or increase the number of processing passes.
Is the machine safe? What should I pay attention to during the operation?
Laser cutting machines are Class 4 laser products and must strictly follow safety regulations. Operators must wear special laser safety glasses and avoid direct exposure of the eyes to the laser beam.
The cutting process produces high-temperature molten materials and smoke, so a laser cutter fume extractor system and fire protection measures are required.
As long as safety procedures are followed, operation is safe. We provide complete operation training and safety guidance.
