Laser Marking Machines
Fiber, MOPA, CO2 and UV systems for identifiers, text, graphics and material-specific surface marking.
Industrial laser systems
Industrial machines for marking, cutting and welding.
Explore FYXFER laser marking systems, CNC laser and plasma / oxy-fuel cutters, and handheld laser welding machines. Match the process and configuration to your material, workpiece and production job.
- Application-led configuration
- Application sample review
- Factory-direct supply
Choose your process
Machine categories for your production job
Start with the material, required result and workpiece size. Compare the relevant process before selecting a model or power.
CNC Cutting Machines
Compare laser, plasma / oxy-fuel and waterjet cutting, then review the machine layout and configuration for the material and production job.
Laser Welding Machines
Explore FY-WCC01 for handheld welding, cleaning and cutting. Confirm the configuration against your material, joint and workshop requirements.
Fiber · MOPAMetal and engineered plastics
CO2Organic and coated materials
UVFine, low-heat marking
Manual to in-lineConfigured for the workflow
Choose by workflow
A machine form for the way your parts move.
Start with the production method, then match the laser source, power, lens, fixtures, extraction, and software.
Desktop
Compact systems for workbench marking, sample rooms, and flexible low-volume jobs.
Floor-standing
Stable enclosed or open workstations for repeatable industrial operation.
Handheld
Bring the marking head to large, heavy, or difficult-to-fixture parts.
In-line
Integrate marking, code transfer, sensing, and verification into production.
Featured platforms
Real machines for real production workflows.
Each model is a starting platform. Final laser source, power, field size, enclosure, rotary axis, and automation are selected after application review.
FY-LMM01
Floor-standing
Stable open workstation for repeatable industrial marking.
FY-LMM02
Desktop All-in-one
Compact integrated system for flexible bench-top work.
FY-LMM03
Desktop Split-type
Separate marking stand and control cabinet for a flexible desktop layout.
FY-LMM04
Flying / In-line
Continuous marking configured around the production line.
Laser technologies
The source determines how the material responds.
A good result comes from matching wavelength and pulse behavior to the substrate—not simply choosing the highest wattage.
Fiber
Fast, durable marking on many metals and selected plastics.
MOPA
Greater pulse control for color, contrast, and heat-sensitive work.
CO2
Efficient engraving and marking on wood, acrylic, paper, leather, and coatings.
UV
Fine, low-heat marks on sensitive plastics, glass, and electronics.
A practical route to specification
From sample to production system.
We reduce specification risk by starting with the actual part and the result you need.
Define the mark
Material, finish, content, contrast, depth, cycle time, and traceability data.
Validate the process
Select a likely laser technology and review sample-marking results where needed.
Configure the system
Machine form, power, lens, fixtures, extraction, rotary axis, software, and safety.
Prepare for production
Confirm operating requirements, installation, training, and support scope.
Find documents for your laser model.
Browse marking application guides and printable cutting configuration sheets.
Send the part details before choosing the machine.
Tell us the material, mark, part size, output, and current process. We will use those details to narrow the configuration.
Need to cut metal instead of marking it?
Compare fiber laser cutting formats for sheet metal and industrial fabrication.
Laser Cutting Machines