FY-LMM02
FY-LMM02 Desktop Laser Marking & Engraving Machine
Match the equipment to the material, part and production workflow.
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UV Laser Marking Machines for Fine, Low-Heat Marking
FYXFER UV laser marking machines are a suitable starting route for detailed marking on heat-sensitive or difficult-to-process materials. Available in 3W, 5W and 10W configurations, they can be evaluated for plastics, glass, electronic components, packaging and selected medical or cosmetic parts. Because contrast and surface response vary by formulation, we recommend testing actual samples before confirming the final configuration.
FY
UV Laser Marking Machines for Fine, Low-Heat Marking
Material.
Result.
Configuration.
01 / FYXFER
Machine formats
Match the equipment to the material, part and production workflow.
FY-LMM02-C
FY-LMM02-C Enclosed Desktop Laser Marking Machine
Match the equipment to the material, part and production workflow.
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FY-LMM03
FY-LMM03 Split Desktop Laser Marking Machine
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Machine & details
Confirm the final equipment and configuration in the quotation.
Sensitive plastics
Suitable plastics may produce fine text, logos, serial numbers, QR codes or identification marks with reduced thermal deformation. Polymer type, additives, pigments and finish can change the result.
Glass
UV technology can be evaluated for logos, codes and decorative details on suitable glass. Composition, thickness, coating and geometry must be tested to manage contrast and surface-damage risk.
Electronics and packaging
Possible applications include compact component identification, symbols, batch information and machine-readable codes. Packaging films and coatings should be tested for readability without unacceptable damage.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
When should you consider a UV laser?Discuss my application ↗
When should you consider a UV laser?
UV marking is often selected when a part requires fine detail with limited heat input around the marked area. This can make it useful for materials that may deform, burn, melt or discolor excessively under another process. It is sometimes described as a cold process, but the practical heat effect still depends on the material, parameters and required result.
View details
UV marking is often selected when a part requires fine detail with limited heat input around the marked area. This can make it useful for materials that may deform, burn, melt or discolor excessively under another process. It is sometimes described as a cold process, but the practical heat effect still depends on the material, parameters and required result.
For deep engraving or high-contrast metal marking, compare fiber laser engravers . For color or deep-black effects on suitable metals, see MOPA laser marking machines . For wood, leather, paper and many acrylic applications, visit CO2 laser marking machines .
01
When should you consider a UV laser?
Confirm the selected equipment, fixtures, utilities, installation needs and supply scope before ordering.
Typical materials and marking results
Typical materials and marking results
Explore more examples on our laser marking applications page.
View details
Explore more examples on our laser marking applications page.
Sensitive plastics
Suitable plastics may produce fine text, logos, serial numbers, QR codes or identification marks with reduced thermal deformation. Polymer type, additives, pigments and finish can change the result.
Glass
UV technology can be evaluated for logos, codes and decorative details on suitable glass. Composition, thickness, coating and geometry must be tested to manage contrast and surface-damage risk.
Electronics and packaging
Possible applications include compact component identification, symbols, batch information and machine-readable codes. Packaging films and coatings should be tested for readability without unacceptable damage.
Medical and cosmetic parts
UV marking may suit selected housings, containers, caps and components. Equipment selection does not itself establish regulatory compliance; the completed process must be validated for the intended product and market.
02
Typical materials and marking results
Confirm the selected equipment, fixtures, utilities, installation needs and supply scope before ordering.
See UV laser marking on different materialsDiscuss my application ↗
See UV laser marking on different materials
Watch the marking process across different sample objects and surfaces. Material composition, pigments, coatings and machine settings affect the result; sample testing confirms suitability for your application.
View details
Watch the marking process across different sample objects and surfaces. Material composition, pigments, coatings and machine settings affect the result; sample testing confirms suitability for your application.
Audio uses added factory ambience from the YouTube Audio Library, not the original machine sound.
03
See UV laser marking on different materials
Confirm the selected equipment, fixtures, utilities, installation needs and supply scope before ordering.
When should you consider a UV laser?
UV marking is often selected when a part requires fine detail with limited heat input around the marked area. This can make it useful for materials that may deform, burn, melt or discolor excessively under another process. It is sometimes described as a cold process, but the practical heat effect still depends on the material, parameters and required result.
For deep engraving or high-contrast metal marking, compare fiber laser engravers . For color or deep-black effects on suitable metals, see MOPA laser marking machines . For wood, leather, paper and many acrylic applications, visit CO2 laser marking machines .
Typical materials and marking results
Explore more examples on our laser marking applications page.
Sensitive plastics
Suitable plastics may produce fine text, logos, serial numbers, QR codes or identification marks with reduced thermal deformation. Polymer type, additives, pigments and finish can change the result.
Glass
UV technology can be evaluated for logos, codes and decorative details on suitable glass. Composition, thickness, coating and geometry must be tested to manage contrast and surface-damage risk.
Electronics and packaging
Possible applications include compact component identification, symbols, batch information and machine-readable codes. Packaging films and coatings should be tested for readability without unacceptable damage.
Medical and cosmetic parts
UV marking may suit selected housings, containers, caps and components. Equipment selection does not itself establish regulatory compliance; the completed process must be validated for the intended product and market.
See UV laser marking on different materials
Watch the marking process across different sample objects and surfaces. Material composition, pigments, coatings and machine settings affect the result; sample testing confirms suitability for your application.
Audio uses added factory ambience from the YouTube Audio Library, not the original machine sound.
Application details
When should you consider a UV laser?
UV marking is often selected when a part requires fine detail with limited heat input around the marked area. This can make it useful for materials that may deform, burn, melt or discolor excessively under another process. It is sometimes described as a cold process, but the practical heat effect still depends on the material, parameters and required result.
For deep engraving or high-contrast metal marking, compare fiber laser engravers . For color or deep-black effects on suitable metals, see MOPA laser marking machines . For wood, leather, paper and many acrylic applications, visit CO2 laser marking machines .
Typical materials and marking results
Explore more examples on our laser marking applications page.
Sensitive plastics
Suitable plastics may produce fine text, logos, serial numbers, QR codes or identification marks with reduced thermal deformation. Polymer type, additives, pigments and finish can change the result.
Glass
UV technology can be evaluated for logos, codes and decorative details on suitable glass. Composition, thickness, coating and geometry must be tested to manage contrast and surface-damage risk.
Electronics and packaging
Possible applications include compact component identification, symbols, batch information and machine-readable codes. Packaging films and coatings should be tested for readability without unacceptable damage.
Medical and cosmetic parts
UV marking may suit selected housings, containers, caps and components. Equipment selection does not itself establish regulatory compliance; the completed process must be validated for the intended product and market.
See UV laser marking on different materials
Watch the marking process across different sample objects and surfaces. Material composition, pigments, coatings and machine settings affect the result; sample testing confirms suitability for your application.
Audio uses added factory ambience from the YouTube Audio Library, not the original machine sound.
Choosing between 3W, 5W and 10W
More wattage does not automatically mean a better mark. The best choice depends on substrate formulation, coating, desired appearance, code size, marking area, production target and acceptable heat effect.
3W UV laser
A practical option to evaluate for fine, detail-focused marking when high average power is not the main requirement.
5W UV laser
A balanced starting point for varied production requirements, subject to the required contrast, marking area and cycle target.
10W UV laser
Provides higher available average power where testing confirms that the material and process can benefit from it.
UV laser marking machine FAQs
Can a UV laser mark every plastic?
No. Results vary with resin, additives, pigments, fillers and surface treatment. Test the exact production material.
Can UV mark glass without cracking it?
It can mark suitable glass, but composition, thickness, coating, geometry and parameters affect the outcome. Sample testing is required.
Should I choose 3W, 5W or 10W?
The decision should be based on tested material response, mark size, detail, contrast and production target.
Confirm the right UV laser for your material
Send part photographs, material information, artwork and the target result.
Need to cut metal instead of marking it?
Compare fiber laser cutting formats for sheet metal and industrial fabrication.
04 / Downloads
Planning resources
Before you enquire
Can a UV laser mark every plastic?+
No. Results vary with resin, additives, pigments, fillers and surface treatment. Test the exact production material.
Can UV mark glass without cracking it?+
It can mark suitable glass, but composition, thickness, coating, geometry and parameters affect the outcome. Sample testing is required.
Should I choose 3W, 5W or 10W?+
The decision should be based on tested material response, mark size, detail, contrast and production target.
05 / Discuss my application
Tell us what you need.
Start with your material and application. Add the dimensions, result and production target when known.
Selected machineUV Laser Marking Machines for Fine, Low-Heat Marking
Discuss my application
Tell us what you need.
Continue on our contact page to share your application and request a configuration.
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