Basic Introduction

The UV laser marking machine adopts imported high-quality UV laser sources. The 355nm UV light has an extremely small focused spot, enabling ultra-fine marking with a minimum character size of 0.2mm. The thermal impact area during processing is minimal, eliminating any thermal effects. Materials remain undeformed and unburnt, making it suitable for processing materials that are highly reactive to thermal radiation. This marking machine features a split design, is compact, and convenient for transportation and handling. It can be placed on a workbench for operation. With precise marking, it is suited for high-end markets.

Application Industries

It is suitable for marking on most metallic and non-metallic materials, particularly in the ultra-fine high-end market. Applications include marking on the surfaces of packaging bottles for cosmetics, pharmaceuticals, food, and other polymeric materials; marking and scoring on flexible PCB boards; micro-hole and blind-hole processing on silicon wafers; and marking on LCD liquid crystal glass, glassware surfaces, metal surface coatings, plastic keys, electronic components, gifts, communication devices, and building materials. The results are precise, with clear and durable markings, superior to inkjet coding, and environmentally friendly without pollution. It can also be integrated with production lines for automatic loading, unloading, and material handling.

Technical Specifications

The following is a categorized table of common materials and applicable industries for UV laser marking machines:

Key Features

• Short UV Laser Wavelength: Ideal for processing heat-sensitive materials like plastics and films.
• Precision Processing: Suitable for high-accuracy marking and intricate patterns.
• Minimal Thermal Effect: Prevents material deformation or burning.

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