3W/5W UV Laser Marking Machine for Metal Plastic Glass

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3W/5W UV Laser Marking Machine for Metal Plastic Glass

Customization:	Available
After-sales Service:	Online Service
Warranty:	24 Months

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Product Description

⚡ High Efficiency

Advanced electro-optical conversion rate

🎯 Extreme Precision

Ultrafine marking lines for IC chips

🛡️ Stable Performance

Long-life nonlinear crystal technology

The Ultraviolet Laser Marking Machine represents the peak of precision technology. It features high positioning accuracy and optimized modular design for convenient installation and maintenance. Equipped with a two-dimensional automated workstation, it realizes continuous marking in multi-stage or large-size applications. The laser line is exceptionally fine, making it ideal for high-demand products like LCD screens, IC wafers, and microchips.

Basic Information

Model

HBS-UV-3

Laser Visibility

Visible

Material

Metal & Plastic

Cooling System

Air Cooling

Wavelength

Deep Ultraviolet (355nm)

Laser Power

3W / 5W

Marking Area

110*110mm

Output Class

Continuous Wave Laser

Technical Parameters

Model	HBS-ZG-3 / HBS-ZG-5
Laser Wavelength	355nm
Laser Power	3W / 5W
Marking Area	50x50mm / 100x100mm
Marking Speed	≤7000mm/s
Beam Quality	≤2
Q Frequency Tuning	8KHz - 15KHz
Min. Line Width	0.01mm
Min. Character Size	0.2mm
Repetition Accuracy	±0.003mm
Power Consumption	2Kw
Power Supply	200V / Single-Phase / 50Hz / 10A

Product Applications

Specifically designed for marking and surface processing of sensitive materials:

All sorts of Glass
TFT & LCD Screens
Plasma Screens
Textile Products
Ceramic Chips
Mono-crystal Silicon
IC Chips & Wafers
Sapphire
Thin Polymer Films

Exhibition & Quality Display

Packaging Details

Standard Export Packaging: 530x220x660mm

Frequently Asked Questions

Q1: What materials are best suited for UV laser marking?

UV lasers are ideal for "cold marking," making them perfect for plastics, glass, ceramics, and silicon wafers where heat damage must be minimized.

Q2: How does the marking precision compare to fiber lasers?

UV lasers offer a much smaller spot size and a wavelength of 355nm, allowing for significantly higher precision and finer lines (down to 0.01mm) compared to standard fiber lasers.

Q3: Does the machine require special cooling?

The system utilizes advanced air cooling or integrated cooling modules designed for high stability and long-term continuous operation without overheating.

Q4: Can this machine mark on curved surfaces?

Yes, when equipped with a two-dimensional or rotary workstation, the machine can handle multi-stage marking and various product geometries.

Q5: What is the typical lifespan of the UV laser source?

The high-quality JPT laser source and nonlinear crystals are designed for high stability and long working hours with minimal maintenance requirements.

Q6: Is the software compatible with standard design files?

The control system supports standard industrial marking software, compatible with formats like PLT, DXF, AI, and JPG for seamless integration.