Plastic marking
Create durable, high-contrast codes with limited visible heat influence.
Product family / 05
UV & CO₂ Laser Marking Systems
Two laser technologies for plastics, glass and organic materials.
UV marking for fine, low-heat processing and CO₂ marking for wood, leather, acrylic, paper, rubber and packaging applications.
- UV power
- 3W–15W
- CO₂ power
- 30W–100W
- UV wavelength
- 355 nm typical
- Formats
- Desktop · enclosed · flying
Reference configuration · Final equipment and options subject to written quotation.
Product overview
Built around the process, not a fixed model.
UV and CO₂ marking address different material groups. UV is chosen for fine features and lower thermal influence on many plastics, glass and sensitive components. CO₂ is commonly used for organic and non-metal materials such as wood, leather, acrylic, paper, rubber and packaging.
Because absorption varies by material and coating, sample testing should be completed before selecting the wavelength, power and optical field. This page combines the two families for early comparison; the final quotation will specify one technology.
Equipment views
Reference system configuration.
These images show representative equipment formats for initial discussion. Cabinet, laser source, control system, working head and accessories are confirmed for each order.
Reference specification
Configuration range.
Indicative information for early project screening. Exact components, performance, certification, warranty and availability require written confirmation.
- UV laser process
- Short-wavelength marking with typical 355 nm source
- UV power options
- 3W / 5W / 10W / 15W
- CO₂ laser process
- Infrared marking for organic and non-metal materials
- CO₂ power options
- 30W / 40W / 60W / 100W
- Working formats
- Split, desktop, enclosed or flying production-line system
- Typical UV materials
- Plastics, glass, ceramics and selected coated materials
- Typical CO₂ materials
- Wood, leather, acrylic, paper, rubber and packaging
- Final configuration
- Wavelength, source, lens, cooling, enclosure and fixtures confirmed after sample testing
Where it fits
Industrial applications.
Use these examples to frame the requirement. Final results depend on material, geometry, process settings and acceptance criteria.
Glass processing
Produce fine marks and selected engraving effects after sample trials.
Organic materials
Mark or engrave wood, leather, acrylic, rubber and coated surfaces.
Packaging
Add dates, batch codes and identifiers to paper and packaging lines.
Selection workflow
From sample to configuration.
- 01Step 1
Identify the material
Send the exact material, colour, coating and surface finish.
- 02Step 2
Define the result
Share mark artwork, contrast, depth, field and cycle time.
- 03Step 3
Test UV and CO₂
Compare sample results when the best wavelength is not obvious.
- 04Step 4
Specify the station
Confirm enclosure, extraction, fixtures, conveyor and voltage.
Common questions
Before you request a quote.
These answers are general guidance. Send the actual workpiece details for a configuration review.
Should I choose UV or CO₂?+
Choose by material absorption and desired result. UV often suits fine plastic and glass work; CO₂ commonly suits organic and non-metal materials.
Can UV marking avoid all heat damage?+
UV generally reduces thermal influence, but no process is completely heat-free. Parameters and sample testing still matter.
Can one machine include both wavelengths?+
They are normally separate laser systems. AVELRIN can compare both processes for your application.
Is extraction required?+
It may be required depending on the material and marking process. Fumes and particles should be evaluated for the intended site.
Need a confirmed configuration?
Send the workpiece and target result.
Include material, dimensions, process requirement, target speed, electrical supply and destination.