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This desktop fiber laser marking machine delivers compact, multi-functional processing capacity for marking, engraving and etching tasks in industrial applications and commercial production. Built with fiber laser technology, it creates permanent markings on a broad range of substrates, with optional laser power levels of 10W, 20W, 30W, 50W and 100W to match diverse processing requirements.
With a marking speed under 7000mm/s and repetitive accuracy of ±0.003mm, the equipment adapts to both small-batch prototype processing and routine production operations. Its desktop configuration fits workshops, production lines and laboratories with limited workspace, serving businesses in electronics manufacturing, hardware processing, automotive components and related sectors.
A fiber laser acts as the core energy source for the marking process. Fiber laser technology supports stable output power and long service life, adapting to continuous operation in industrial environments. The laser repetition rate ranges from 0kHz to 100 kHz, allowing operators to adjust parameters based on material properties and expected marking effects.
The beam delivery system includes optical lenses and scanning galvanometers, which direct and focus the laser beam onto the target surface with precise position control. The system supports a smaller line width of 012mm, enabling fine and detailed marking on workpiece surfaces.
This fiber laser engraving machine supports various marking forms, including text, logos, barcodes, serial numbers and custom graphic patterns. It can perform etching, engraving and surface annealing on workpieces, producing permanent markings with clear contrast. The marking depth reaches up to ≤0.5mm, with actual depth varying across different material properties.
The desktop marking machine works with a wide range of substrates, covering metals such as stainless steel, aluminum and titanium, as well as plastics, ceramics and partial organic materials. This broad compatibility allows the equipment to be deployed across different production lines without extra configuration.
The machine has a compact footprint with overall dimensions of 650×800×1370mm and a total weight of 110KG, suitable for installation in spaces with limited area. It is equipped with intuitive software, allowing operators to complete setup and programming with basic training.
The equipment supports automation functions and can be integrated with other manufacturing systems, such as CAD software and production management systems. This integration capability helps streamline workflow and improve production efficiency for daily business operations.
Parameter | Specification |
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Product name | Fiber laser marking machine |
Laser wavelength | 1064nm |
Laser power | 10/20/30/50/100W |
Laser repetition rate | 0kHz - 100kHz |
Minimum line width | 0.012mm |
Marking speed | ≤7000mm/s |
Marking depth | ≤0.5mm (subject to material type) |
Repetitive accuracy | ±0.003mm |
Marking range | 110mm×110mm, 175mm×175mm, 300mm×300mm (Optional) |
Overall dimensions | 650×800×1370mm |
Weight | 110KG |
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First, clean the target material surface to remove contaminants that may interfere with marking quality. Place and fix the material in the machine’s working area with proper clamping fixtures. Use the bundled software to design marking patterns, and adjust laser parameters such as power and scanning speed according to material type and thickness. Start the marking process and monitor the progress. After completion, inspect the marking surface for clarity and consistency against required specifications.
After each use, clean the working area and optical components such as lenses to maintain stable performance of the fiber laser system. Follow the manufacturer’s recommendations for regular maintenance and calibration to support long-term operation of the equipment.
A desktop fiber laser marking machine is a compact processing device that applies permanent markings onto workpiece surfaces via fiber laser technology. It is widely used for product identification, traceability management and branding customization in industrial production.
This machine is compatible with various materials, including metals like stainless steel, aluminum and titanium, as well as plastics, ceramics and some organic materials. Specific marking effects vary with material properties.
The maximum marking depth is ≤0.5mm, and the actual depth depends on the material type and laser parameter settings.
Three standard marking ranges are available for selection: 110mm × 110mm, 175mm × 175mm and 300mm × 300mm.
