Godworker Enclosed UV Laser Marking Machine

1. Electronic semiconductors: QR codes and character markings for micro-chip components, FPC boards, and chip/camera modules, without compromising component performance;
2. Medical devices: UDI labeling and batch number marking for disposable medical consumables and micro surgical instruments, in compliance with medical sterility standards;
3. Precision hardware/accessories: anti-counterfeiting code engraving for micro screws and tungsten steel cutters, personalized text and pattern processing for jewelry such as rings and earrings;
4. Packaging for daily chemical products: production date and anti-counterfeiting code marking of cosmetic sample bottles and medicinal vials, ensuring no ink contamination;
5. Glass ceramics: Optical glass scale marking and ceramic capacitor parameter marking, without damaging the light transmittance and structural integrity of the substrate.

* Godworker UV laser marking machine relies on 355nm UV laser cold processing technology. It generates high-energy UV photons through frequency doubling conversion, achieving non-contact marking through photochemical effects. The focused spot size is as small as 15μm, with a heat-affected zone less than 0.05mm. With micron-level precision, it does not damage the substrate and is perfectly suited for processing heat-sensitive materials.

* Godworker UV laser marking machine imported DPSSL lasers and high-precision galvanometers, achieving a repeatable positioning accuracy of ±0.002mm. It can automatically correct workpiece deviations and is suitable for processing irregular and curved surfaces. The core supports multi-terminal cross-platform operation, allowing users to remotely upload files, adjust parameters, and start/stop marking through dedicated apps, web pages on mobile phones (iOS/Android), computers, and tablets, eliminating the need for on-site supervision.

* Godworker UV laser marking machine system is compatible with mainstream design formats, supports dynamic/static marking switching, and can be integrated with automated production lines. Coupled with automatic focusing and one-object-one-code traceability functions, it enables efficient and convenient batch processing. With a laser lifespan of 8000-10000 hours, no consumables, and low power consumption, it is widely used in high-end fields such as electronic semiconductors, medical devices, and automobile manufacturing. It is an ideal equipment for product fine identification and efficient production management.