A compact fiber laser marking system designed for direct marking and engraving on metal parts commonly used in mobile phones, watches and other small electronics. It is offered in 20W and 30W power variants for different speed and depth requirements.
The 30W model delivers higher peak power for faster marking speeds and deeper marks on harder metals. The 20W model is typically sufficient for fine surface marking, anodized coatings and delicate parts where less heat input is preferred.
Primarily metals: stainless steel, aluminum, titanium, copper, brass, gold, silver and plated metals. It can also mark some coated metals, ceramics and certain plastics (with appropriate settings). Compatibility depends on material composition and finish.
Marking depth varies by material, power and settings; typical depths range from light surface annealing/oxidation to several tenths of a millimeter. Positional accuracy is commonly around ±0.01 mm, allowing for fine text and detailed logos.
These machines generally support standard vector and raster formats such as DXF, PLT, AI, SVG, BMP, JPG and PNG. They commonly ship with EZCAD or similar laser-control software for layout, parametrization and job management.
Marking speed depends on power, pulse settings, content complexity and material. Expect very fast throughput for simple text and logos (hundreds to thousands of mm/s equivalent). Exact speeds should be confirmed in the product datasheet or by test marking.
Most desktop fiber laser markers are air-cooled and run from a single-phase AC mains supply (commonly 110–240V, 50/60Hz). Confirm the exact electrical and cooling specifications with the supplier before installation.
Fiber lasers are high-power devices (usually Class 4) and pose eye and skin hazards. Use appropriate laser safety measures: protective goggles rated for the laser wavelength, beam enclosures, key switches/interlocks and training for operators.
Fiber lasers are relatively low-maintenance. Regular tasks include keeping the optics and work area clean, checking and cleaning protective lenses, ensuring proper ventilation, and periodic inspection of cables and connectors. Follow the manufacturer's maintenance schedule.
Yes. With the correct focusing optics, fixtures and jigs the machine can mark small, curved or irregular surfaces. Rotary attachments or special fixtures may be required for cylindrical parts.
Modern fiber laser sources commonly have lifetimes on the order of tens of thousands to around 100,000 hours, depending on operating conditions. Check the manufacturer's specification for the exact rated lifetime.
Common consumables include protective lenses and f-theta scan lenses; these and other spare parts are typically available through the manufacturer or authorized distributors. Availability may vary by region.
Most vendors provide a warranty (commonly 1 year) plus technical support and training options. Confirm warranty length, coverage details and support channels with the seller before purchase.
Contact the supplier with your artwork (vector/raster file) and representative material samples. Many vendors will run test marks and send photos or samples so you can verify quality, contrast and depth.
Common accessories include different focal-length f-theta lenses for varied marking areas, micro-focus heads for tiny details, rotary fixtures for cylindrical parts, custom jigs for small components, and enclosed safety cabinets for production environments.
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