Fibre Marking Machine

The Fibre Marking Machine is a state-of-the-art solid-state laser system that redefines what businesses can achieve in terms of permanent, high-precision marking, engraving, and etching across an exceptionally broad range of materials. At its core is a Q-switched solid-state fibre laser source operating at a 1064nm infrared wavelength — the industry-standard wavelength for metal marking — delivering a focused, high-intensity beam through a precision-engineered galvo scanner head that directs the laser with extraordinary accuracy across the entire work surface. The galvo scanner system enables marking speeds of up to 7,000 mm/s, making this machine far faster than traditional engraving or mechanical marking methods while simultaneously producing finer, cleaner, and more consistent results on every single mark cycle.

The fibre laser operates by converting diode-generated electrical energy into a tightly focused coherent beam of light through a doped optical fibre medium — a fundamentally more efficient process than CO2 or Nd:YAG laser systems. This solid-state architecture eliminates the need for laser gases, reflective mirrors, or liquid cooling systems, resulting in a machine that requires almost zero consumables, virtually no routine maintenance, and generates an estimated operational lifespan of over 100,000 hours for the laser source alone. The electrical-to-optical conversion efficiency of fibre laser technology is significantly higher than alternative laser types, translating directly into lower electricity consumption, reduced heat generation, and a meaningfully lower cost per mark over the lifetime of the machine — making it an outstanding long-term investment for any production or personalisation business.

The machine is compatible with an extensive range of metallic materials including stainless steel, carbon steel, mild steel, tool steel, aluminium, anodised aluminium, copper, brass, titanium, gold, silver, and most metal alloys, as well as non-metallic materials such as ABS, PVC, PP, PE, rubber, leather, some ceramics, coated wood, and engineered polymers. This versatility makes it equally capable across jewellery marking, industrial component traceability, promotional merchandise personalisation, awards and recognition products, medical device identification, automotive parts marking, electronics component labelling, and decorative engraving. The minimum achievable character size is 0.1mm, enabling the machine to produce micro-fine text, detailed halftone photography, intricate logos, continuous barcodes, Data Matrix codes, and QR codes with complete legibility and precision. All marks produced are permanent, UV-resistant, abrasion-proof, and chemical-resistant — guaranteed to remain readable and intact for the lifetime of the marked component.

Control is managed through the intuitive EZCAD laser marking software, installed on a Windows-based integrated PC system. EZCAD supports the full range of design operations, including text generation, serial number sequencing, variable data printing, barcode and QR code generation, image importing, vector artwork processing, and graphic manipulation — with no separate design software required. The system supports TCP/IP, USB, and serial communication protocols for seamless integration into automated production lines, and the control interface can be operated via the integrated touchscreen, keyboard, or mouse for maximum operational flexibility. The pilot laser pointer system allows operators to preview the exact marking position on the workpiece before firing the laser, significantly reducing setup time and eliminating costly positioning errors.

The machine features an integrated fume extractor that automatically filters up to 99.97% of the harmful fumes and particulate matter generated during the marking process, ensuring operator safety and compliance with workplace air quality standards without requiring a separate external extraction unit. The raiseable side doors accommodate oversized workpieces and allow the machine to be integrated directly into an existing assembly line or production workflow, while the precision focus finder enables rapid focal length calibration for workpieces of varying heights without manual calculation. For businesses operating a comprehensive product personalisation or manufacturing setup, the Fibre Marking Machine pairs powerfully alongside a 15×15 Double Bed Automatic Machine for high-volume garment and fabric sublimation production, or a 6×6 Label Press Machine for compact, precision label and patch pressing — together building a complete, end-to-end personalisation and production capability that covers metal, fabric, and label applications under one roof.

The Fibre Marking Machine weighs 120 kg and measures 121 × 80 × 86 cm, with a total carton CBM of 0.8325 m³ and a volumetric weight of 166.5 kg. Available as a single unit.