Two specialized technologies — Fiber and UV — to put professional-grade marking right on your workbench. No complex setup, no compromises.

Industries & Applications

Typical Materials & Applications for Fiber Desktop Laser

Deep, permanent, and incredibly fast. Our fiber laser masters every metal challenge — from stainless steel to carbide.

Metals: Stainless steel, carbon steel, anodized aluminum, aluminum alloys, aluminum, copper and its alloys, iron, gold, silver, carbide, and stone — all suitable for surface marking.

Nameplates, metal and plastic parts, hardware, jewelry, painted and powder-coated metal surfaces, select colored glazed ceramics, Yixing clay (purple clay) teapots, lacquered paper boxes, melamine boards, mirror paint layers, graphene, chip defacing/remark, aluminum cans, milk powder cans, and more.

Plastics: Hard plastics, PVC, etc. (Actual testing recommended due to varying material compositions.)

Typical Materials & Applications for UV Desktop Laser

Perfect for plastics, glass, silicone, and sensitive electronics. Micron-level precision with zero thermal damage.

Widely Applicable Materials: Metals, plastics, wood, leather, acrylic, nylon, fabric, ceramics, purple clay (Zisha), and coating films — all suitable for surface marking. (Actual testing recommended due to varying material compositions.)

Glass: Surface and internal engraving on glass and crystal products.

Built with a premium-grade optical source, delivering a highly uniform beam spot with zero light leakage. Engineered for high back-reflection resistance, ensuring stable performance even on reflective materials.

Built with branded components to ensure: long service life, high reliability, and complete peace of mind.

Digital galvo scanning system, acting as the ‘hand’ of the laser, rapidly and accurately positioning the beam.

f-θ flat-field lens, the ‘eye’ of the laser, ensuring a perfectly flat focal plane with uniform spot size across the entire marking area.