Monthly Deals UV Laser Marking Machine for Glass Engraving, UV Laser Machine for Crystal Marking

Customization: Available
After-sales Service: Online Service
Warranty: 2years

Product Description

Basic Specifications

Model NO.
ZG-3
Laser Visibility
Visible
Applicable Material
Glass, Metal, Plastic, Leather, Wood
Cooling System
Air Cooling
Technical Class
Continuous Wave Laser
Laser Wavelength
Deep Ultraviolet (355nm)
Laser Classification
Semiconductor Laser
Type
Semiconductor Laser Marking Machine
Marking Method
Scanning Marking
Specification
530x220x660mm
HS Code
8456301090
Production Capacity
200/Months

UV Laser Marking Machine For Glass & Crystal

The Ultraviolet Laser Marking Machine incorporates world-class advanced technology, offering a high electro-optical conversion rate and exceptional stability. Designed with an optimized modular structure, it ensures convenient installation and maintenance. The system produces extremely fine laser marking lines, making it perfect for high-precision demands such as LCD screens, IC wafers, and microchips.

Parameter Specifications
ModelZG-3 / ZG-5
Laser Wavelength355nm
Laser Power3W / 5W
Marking Area50x50mm / 100x100mm
Marking Speed≤7000mm/s
Beam Quality≤2
Q Frequency Tuning8KHz-15KHz
Min. Line Width0.01mm
Min. Character Size0.2mm
Repetition Accuracy±0.003mm
Power Consumption2Kw
Power Supply200V / Single-Phase / 50Hz / 10A

Product Application

This system is primarily used for surface processing and marking of high-tech materials including Glass, TFT/LCD/Plasma screens, Textile products, Ceramic chips, Silicon wafers, IC chips, Sapphire, and Thin polymer films. The UV laser excels in precision machining where other bandwidth lasers fall short.

UV Laser Marking Sample
Laser Machine View

Packaging & Dimensions

Standard export packaging ensuring safety during transit. Dimensions: 530x220x660mm.

Product Packaging

Frequently Asked Questions

What materials are best suited for UV laser marking?
UV lasers are ideal for "cold marking" on heat-sensitive materials like glass, plastics, silicon wafers, and delicate electronics where thermal damage must be avoided.
How does air cooling benefit the machine?
The built-in air cooling system provides a compact and maintenance-free solution for thermal management, ensuring the laser operates at stable temperatures without the need for external water chillers.
What is the expected marking accuracy?
The machine offers a repetition accuracy of ±0.003mm and a minimum line width of 0.01mm, allowing for extremely high-precision identifiers and micro-marking.
Can this machine handle automated production lines?
Yes, the modular design and high scanning speed (up to 7000mm/s) make it suitable for integration into automated workstations for continuous industrial marking.
What is the advantage of 355nm wavelength?
The 355nm deep ultraviolet wavelength has a very small focal spot and minimal heat-affected zone, which allows for marking on materials that are transparent or highly reflective to other wavelengths.

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