Precision UV Laser Marking Machine

Basic Info

Model No.: BUVM

Application: Laser Marking

Support Graphic Format: Dxf, Dwg

Certification: Ce, Ccc

Additional Info

Transportation: Ocean,Land,Air

Port: shanghai port,shandong port,guangzhou port

Product Description

The UV laser marking machine has good beam quality, smaller focused spot, can achieve fine marking, very small heat-affected area, no thermal effect, no burning problem, and can greatly reduce the mechanical deformation of the material. It is mainly used for ultra-fine marking and engraving, with a wide range of applications. Laser marking machine is particularly suitable for marking plastic packaging materials such as food and medicine, drilling micro holes, high-speed division of glass materials, or complex graphic cutting and other application fields.

Advantages of UV laser marking machine

Equipped with high-speed scanning galvanometer and beam expansion and focusing system, it has high precision and faster speed;

It can be used in a wide range of materials, can mark special materials, and achieve ultra-fine marking;

It can automatically generate barcodes, QR codes, production dates, etc.;

The operating table is equipped with a multi-hole metal positioning plate for easy positioning and fixing;

The rotating axis can be optionally equipped for 360° rotation marking, customized tooling chucks, slides, etc.;

It can be configured with a self-developed coaxial vision system to automatically identify the position of the workpiece that needs to be marked;

UV laser marking machine parameters

Application of UV laser marking machine

UV laser marking machine is mainly used for precision marking of plastics (ABS, PC, PVC, PP, etc.), leather, textiles, metals, crystals, glass, LCD screens, thin ceramics, single crystal silicon wafers, sapphires and other materials. It is widely used in electronic 3C, electrical components, integrated circuits, medical devices, food, cosmetics, pharmaceuticals and other polymer materials industries for marking and marking of various materials, blind groove processing. It is also used for the removal of metal or non-metallic coatings and the production of new ultra-thin metal foil micropores.

Laser marking sample display