UV LASER MARKING
High-Precision UV Laser Marking Machine for Delicate Materials
Achieve crisp, permanent marks with zero heat damage ideal for plastics, glass, and heat-sensitive materials that demand precision.
UV Laser Marking Machine
Advanced UV Laser Engraver & Marking Machine in Malaysia
A UV laser engraver is a laser device that produces a special type of laser beam to print the material without heat burns. It is capable of leaving colored marks with high contrast on plastics, glass and even organic materials.
As a leading coding machine supplier in Malaysia, Atlas Marking provides high-quality UV laser engravers that offer damage-free marking on a variety of heat-sensitive materials. Our marking machine consists of UV laser technology with a 355 nm wavelength, perfect for detailed engraving without the risk of thermal damage.
Why Go with a UV Laser Marking Machine?
UV laser marking stands out for its ability to create high-contrast, permanent marks on delicate surfaces. Here’s why more industries are starting to use UV laser marking machine:
No Heat Damage
The laser works “cold,” so there’s no risk of melting, warping, or discoloring your materials.Incredible Detail
It’s built for micro-marking, ideal for tiny text, barcodes, or logos.Great on Sensitive Materials
Especially plastics, coated surfaces, or anything that is heat sensitive.Crisp, Clear Marks Everytime
The high absorption rate of UV light ensures maximum contrast and legibility on every mark.
Detailed comparison between laser marking machines.
Laser machine catalogue.
THE TECHNOLOGY
Cold Marking Technology for Sensitive Materials
UV laser marking machines are renowned for their high absorption rates, allowing them to mark various materials with minimal heat damage and excellent contrast particularly on plastics and organic materials. Unlike traditional lasers, UV lasers operate through a "cold marking" process, avoiding the heat-affected zones that can warp or discolor sensitive surfaces.
Our UV laser machines deliver powerful, precise beams enabling high-resolution micro-marking ideal for fine detail work that demands accuracy without compromise.
MACHINE
UV Laser
Suitable for high-precision marking on plastics, glass, crystal, ceramics, PCB, wires, cable, food packaging, etc, ideal for heat-sensitive materials.
Series
AMLS-VL
Warranty
12 months
Modal No.
LV800
Power
5/10/15/25 (w)
Machine size
790×600×1440
| Material | UV (1064nm) |
|---|---|
| Plastic | Excellent |
| Glass | Excellent |
| Leather | Excellent |
| PCB Boards | Excellent |
| Food Packaging | Excellent |
WHERE IT EXCELS
Best Suited For
Materials
Plastics, glass, ceramics, silicone, thin films, and coated surfaces that would be damaged by traditional heat-based marking methods.
Industries
Medical device manufacturing, electronics, pharmaceutical packaging, and precision consumer goods where surface integrity is critical.
Use Cases
Barcodes, QR codes, serial numbers, logos, and fine micro-text that require high resolution and long-term durability.
Need Precision Marking for Delicate Materials?
Speak with our specialists to find out if UV laser marking is the right fit for your application.
Frequently Asked
Questions
What materials can UV laser marking be used on?
UV laser marking works well on plastics, glass, ceramics, silicone, thin films, and other heat-sensitive materials that could be damaged by traditional marking methods.
Will UV laser marking damage delicate or heat-sensitive materials?
No. UV laser marking uses a cold marking process with minimal heat impact, preserving the integrity of sensitive surfaces while still producing sharp, permanent marks.
How does UV laser marking differ from fiber laser marking?
UV lasers use a shorter wavelength suited for delicate, non-metallic materials, while fiber lasers are better suited for deep, permanent engraving on metals. The right choice depends on your material and application.
Is UV laser marking suitable for medical device manufacturing?
Yes. Its precision and minimal heat impact make it a preferred choice for medical devices, electronics, and other applications where surface integrity and accuracy are critical.