FY-LMM01
Floor-standing Open
- Stable integrated cabinet
- Open access for varied parts
- Fixture and rotary options
Laser engravers
Industrial laser marking machines by workflow.
Compare eight configurable platforms for floor-standing, desktop, handheld, and production-line laser marking.
Model numbers identify the mechanical platform. Laser technology, power, lens, working field, extraction, rotary axis, and automation remain application-specific.
Floor-standing systems
Stable workstations for repeatable industrial operation.
FY-LMM01-C
Floor-standing Enclosed
- Fully guarded workstation
- Viewing window and access door
- Extraction-ready enclosure
Desktop systems
Compact platforms for flexible bench-top work.
FY-LMM02
Desktop All-in-one
- Integrated compact layout
- Open working area
- Flexible part access
FY-LMM02-C
Desktop Enclosed
- Compact guarded chamber
- Controlled operator access
- Extraction interface
FY-LMM03
Desktop Split-type
- Separate control cabinet
- Adjustable marking column
- Flexible workstation layout
FY-LMM07
Foldable Desktop All-in-one
- Compact foldable structure
- Easy transport and storage
- Integrated control layout
Handheld system
Move the marking head, not the part.
FY-LMM05
Handheld Laser Marker
- Large and fixed workpieces
- Portable marking head
- Positioning guide options
Production-line system
Continuous marking integrated with production.
FY-LMM04
Flying Laser Marker
- Continuous production-line marking
- Sensor and encoder integration
- Dynamic content support
Platform selection
Compare the machine around operator access and part flow.
The correct enclosure or frame is determined by how the part reaches the marking field, how the operator works, and what must be integrated around the laser.
Open workstation
Useful when part sizes change and unrestricted access is important. The final safety arrangement must match the installed process.
Enclosed workstation
Supports controlled access, guarding, viewing, and extraction for repeatable manual loading.
Handheld marking
Consider when the workpiece is too large, heavy, fixed, or awkward to place beneath a conventional marking head.
In-line marking
Specify line speed, sensor and encoder signals, code source, reject logic, communications, and verification before integration.
For a comparable quotation, include the largest and smallest part, marking field, loading method, target cycle time, utilities, extraction requirement, and destination country.
Unsure which platform fits?
Send the part size, material, marking field, output, and loading method. We will narrow the machine form first.