15W JPT 3D Feeltek UV laser Marking Machine

1. 3D dynamic focusing technology, supporting three-dimensional marking
- Breaking through the plane limitation: Traditional 2D marking machines can only work on planes, while 3D laser marking machines can perform fine engraving on complex structures such as curved surfaces, irregular surfaces, and stepped surfaces.
- Automatic dynamic focusing: Through the advanced 3D dynamic focusing system, the laser focus can be intelligently adjusted to ensure consistent marking accuracy in different height areas and improve processing efficiency.

2. UV cold processing, small thermal impact
- Non-contact cold processing: UV laser has a short wavelength (355nm) and adopts the "cold light" processing mode. The energy is highly concentrated, but the thermal impact on the material is extremely small, avoiding the problems of carbonization, burning, deformation, etc. caused by high temperature of traditional lasers.
- Suitable for heat-sensitive materials: It can process glass, plastic, PCB, ceramics, silicon wafers and other materials that are easily damaged by heat with high precision to ensure that the surface of the material is smooth, crack-free, and non-melting.

3. Wide range of material compatibility
- Metal materials: stainless steel, aluminum alloy, copper, plated metal, etc., can achieve fine marking, micro-carving, QR code identification.
- Non-metal materials: glass, ceramics, plastics (such as ABS, PVC, PE), PCB, silicone, paper, etc., can all achieve high-quality marking, especially suitable for electronic products, packaging, medicine and other industries.
- Transparent and reflective materials: UV laser can directly perform high-precision engraving without carbonization and cracks on transparent glass, sapphire and other materials, solving the problem that traditional lasers are easy to damage these materials during processing.

4. Low maintenance cost
- Strong stability: The equipment runs stably, is not easily affected by the external environment, and is suitable for long-term high-load work.
- Low energy consumption, environmental protection and energy saving: Compared with traditional laser marking machines, UV lasers have lower energy consumption, no additional consumable materials are required, and maintenance costs are greatly reduced.

5. Highly intelligent, suitable for automated production
- Intelligent control software: equipped with advanced control system, supports multiple marking modes, including vector marking, fill marking, deep engraving, etc. Users can adjust parameters according to their needs.
- Compatible with mainstream design software: supports AutoCAD, CorelDRAW, Photoshop and other software, can directly import DXF, PLT, BMP and other format files, easy to operate.
- Autofocus system: Some models support autofocus function, no need to manually adjust the focal length, improve processing efficiency.
- Can be integrated with assembly line operation: supports USB, RS232 and other communication interfaces, can be connected to the production line, and realize automated batch production.

6. Environmentally friendly and pollution-free, in line with safety production requirements
- Pollution-free processing: UV laser processing has no ink, no chemical solvents, no harmful substances, and meets environmental protection standards.
- No consumables: Compared with inkjet printers, UV lasers do not require ink, which reduces consumable costs and pollution emissions. It is suitable for industries with high environmental protection requirements such as food, medicine, and cosmetics.
- Low noise operation: Low noise during operation, does not affect the operating environment, suitable for use in laboratories and high-standard production workshops.