FY-LMM01
FY-LMM01 Floor-Standing Laser Marking Machine
Match the equipment to the material, part and production workflow.
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CO2 Laser Marking Machines for Non-Metal Materials
FYXFER CO2 laser marking machines are configured for controlled marking and engraving on wood, leather, acrylic, paper, rubber, organic materials and many coated surfaces. The right system depends on the substrate, required visual or tactile result, part geometry and production workflow. We review these requirements before recommending a machine.
FY
CO2 Laser Marking Machines for Non-Metal Materials
Material.
Result.
Configuration.
01 / FYXFER
Machine formats
Match the equipment to the material, part and production workflow.
FY-LMM02
FY-LMM02 Desktop Laser Marking & Engraving Machine
Match the equipment to the material, part and production workflow.
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FY-LMM03
FY-LMM03 Split Desktop Laser Marking Machine
Match the equipment to the material, part and production workflow.
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Machine & details
Confirm the final equipment and configuration in the quotation.
Wood and paper
Create logos, serial information, packaging marks and decorative graphics. Wood species and finishes respond differently, while paper and card require careful settings to control scorching.
Leather, rubber and organic materials
Produce text, patterns, logos and traceability marks on compatible natural or synthetic leather, rubber and other organic materials. Test the actual formulation and surface treatment.
Acrylic and coated surfaces
Engrave compatible acrylic and alter selected coatings to reveal contrast. On coated metal, the visible result often comes from changing the coating rather than directly marking bare metal.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
Materials and marking results
Materials and marking results
A CO2 laser interacts effectively with many non-metal and organic surfaces. Final appearance varies by composition, color, coating and finish, so testing is the best way to confirm contrast, edge definition and acceptable heat effects.
View details
A CO2 laser interacts effectively with many non-metal and organic surfaces. Final appearance varies by composition, color, coating and finish, so testing is the best way to confirm contrast, edge definition and acceptable heat effects.
Explore typical use cases on our laser marking applications page.
Wood and paper
Create logos, serial information, packaging marks and decorative graphics. Wood species and finishes respond differently, while paper and card require careful settings to control scorching.
Leather, rubber and organic materials
Produce text, patterns, logos and traceability marks on compatible natural or synthetic leather, rubber and other organic materials. Test the actual formulation and surface treatment.
Acrylic and coated surfaces
Engrave compatible acrylic and alter selected coatings to reveal contrast. On coated metal, the visible result often comes from changing the coating rather than directly marking bare metal.
01
Materials and marking results
Confirm the selected equipment, fixtures, utilities, installation needs and supply scope before ordering.
See CO2 laser engraving on woodDiscuss my application ↗
See CO2 laser engraving on wood
Watch a decorative graphic take shape on a wood surface. Wood species, finish, artwork and machine settings affect the final result.
View details
Watch a decorative graphic take shape on a wood surface. Wood species, finish, artwork and machine settings affect the final result.
02
See CO2 laser engraving on wood
Confirm the selected equipment, fixtures, utilities, installation needs and supply scope before ordering.
Choose the system around the required resultDiscuss my application ↗
Choose the system around the required result
Start with the finished mark rather than a power label. Define the exact substrate, formulation, color, coating and production variation; then state artwork size, contrast, depth, readability, part geometry, loading method, expected output and integration requirements.
View details
Start with the finished mark rather than a power label. Define the exact substrate, formulation, color, coating and production variation; then state artwork size, contrast, depth, readability, part geometry, loading method, expected output and integration requirements.
CO2 is not the default choice for direct marking on bare metal. For metal identification, compare fiber laser marking machines . For broader pulse control on compatible metals, review MOPA systems . For sensitive plastics, glass and electronics, consider UV laser marking machines .
03
Choose the system around the required result
Confirm the selected equipment, fixtures, utilities, installation needs and supply scope before ordering.
Materials and marking results
A CO2 laser interacts effectively with many non-metal and organic surfaces. Final appearance varies by composition, color, coating and finish, so testing is the best way to confirm contrast, edge definition and acceptable heat effects.
Explore typical use cases on our laser marking applications page.
Wood and paper
Create logos, serial information, packaging marks and decorative graphics. Wood species and finishes respond differently, while paper and card require careful settings to control scorching.
Leather, rubber and organic materials
Produce text, patterns, logos and traceability marks on compatible natural or synthetic leather, rubber and other organic materials. Test the actual formulation and surface treatment.
Acrylic and coated surfaces
Engrave compatible acrylic and alter selected coatings to reveal contrast. On coated metal, the visible result often comes from changing the coating rather than directly marking bare metal.
See CO2 laser engraving on wood
Watch a decorative graphic take shape on a wood surface. Wood species, finish, artwork and machine settings affect the final result.
Choose the system around the required result
Start with the finished mark rather than a power label. Define the exact substrate, formulation, color, coating and production variation; then state artwork size, contrast, depth, readability, part geometry, loading method, expected output and integration requirements.
CO2 is not the default choice for direct marking on bare metal. For metal identification, compare fiber laser marking machines . For broader pulse control on compatible metals, review MOPA systems . For sensitive plastics, glass and electronics, consider UV laser marking machines .
Application details
Materials and marking results
A CO2 laser interacts effectively with many non-metal and organic surfaces. Final appearance varies by composition, color, coating and finish, so testing is the best way to confirm contrast, edge definition and acceptable heat effects.
Explore typical use cases on our laser marking applications page.
Wood and paper
Create logos, serial information, packaging marks and decorative graphics. Wood species and finishes respond differently, while paper and card require careful settings to control scorching.
Leather, rubber and organic materials
Produce text, patterns, logos and traceability marks on compatible natural or synthetic leather, rubber and other organic materials. Test the actual formulation and surface treatment.
Acrylic and coated surfaces
Engrave compatible acrylic and alter selected coatings to reveal contrast. On coated metal, the visible result often comes from changing the coating rather than directly marking bare metal.
See CO2 laser engraving on wood
Watch a decorative graphic take shape on a wood surface. Wood species, finish, artwork and machine settings affect the final result.
Choose the system around the required result
Start with the finished mark rather than a power label. Define the exact substrate, formulation, color, coating and production variation; then state artwork size, contrast, depth, readability, part geometry, loading method, expected output and integration requirements.
CO2 is not the default choice for direct marking on bare metal. For metal identification, compare fiber laser marking machines . For broader pulse control on compatible metals, review MOPA systems . For sensitive plastics, glass and electronics, consider UV laser marking machines .
Specification boundaries that matter
The source configuration, working field, focal setup, motion arrangement, enclosure, extraction, cooling, controller, fixture and optional rotary handling should be matched to the application. A larger field can change optical and process requirements, while deeper engraving may need a different configuration from surface identification.
A CO2 marking system is normally selected for localized surface processing. Cutting capability applies only when the configured equipment explicitly supports the required material, thickness, optics, motion platform, extraction and safety controls.
CO2 laser marking FAQs
Can a CO2 laser mark metal?
It can produce useful results on certain coated surfaces. Direct marks on bare metal generally call for a fiber or MOPA system.
Can every CO2 marking machine cut acrylic or wood?
No. Cutting capability must be explicitly engineered and stated for the material, thickness, motion system, optics, extraction and safety setup.
Why is sample testing important?
Materials with the same general name can contain different additives, pigments and coatings. Testing identifies achievable appearance and unacceptable burning, melting or residue.
Get a CO2 laser recommendation for your material
Tell us what you need to mark, the result you expect and how the part will be loaded.
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 CO2 laser mark metal?+
It can produce useful results on certain coated surfaces. Direct marks on bare metal generally call for a fiber or MOPA system.
Can every CO2 marking machine cut acrylic or wood?+
No. Cutting capability must be explicitly engineered and stated for the material, thickness, motion system, optics, extraction and safety setup.
Why is sample testing important?+
Materials with the same general name can contain different additives, pigments and coatings. Testing identifies achievable appearance and unacceptable burning, melting or residue.
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 machineCO2 Laser Marking Machines for Non-Metal Materials
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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