FY-LMM01
Floor-standing Open
- Stable integrated cabinet
- Open access for varied parts
- Fixture and rotary options
FYXFER
Choose a laser marking machine format
The FY-LMM range covers four ways to present a part to the laser: a floor standing workstation, a desktop unit, a production line and a handheld head. Choose the working arrangement before confirming the laser source and accessories.
FY-LMM01Floor-standing open workstation
FY-LMM01-CFloor-standing enclosed workstation
FY-LMM02Desktop all-in-one workstation
FY
01 / FYXFER
Machine formats
Match the equipment to the material, part and production workflow.
FY-LMM01-C
Floor-standing Enclosed
- Fully guarded workstation
- Viewing window and access door
- Extraction-ready enclosure
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
FY-LMM05
Handheld Laser Marker
- Large and fixed workpieces
- Portable marking head
- Positioning guide options
FY-LMM04
Flying Laser Marker
- Continuous production-line marking
- Sensor and encoder integration
- Dynamic content support
01 / FYXFER
Machine & details
Confirm the final equipment and configuration in the quotation.
Laser and optics
Fiber, CO₂, UV, green, MOPA, or another source; rated power, wavelength, pulse behavior, lens, and working field are confirmed for the material and mark.
Performance
Marking speed, line speed, cycle time, line width, depth, contrast, and code readability are verified against an approved sample or application test.
Utilities and integration
Power supply, cooling, extraction, computer, software, rotary axis, fixtures, interfaces, guarding, and destination-market requirements are quoted by project.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
Watch machine setups and application demonstrations.Discuss my application ↗
Watch machine setups and application demonstrations.
Browse laser marking, engraving and sample cutting demonstrations. Each video description links to the relevant product or application page. Demonstration results apply to the shown setup and material.
View details
Browse laser marking, engraving and sample cutting demonstrations. Each video description links to the relevant product or application page. Demonstration results apply to the shown setup and material.
View all FYXFER LASER videos on YouTube
Confirm the final equipment and configuration in the quotation.
Compare the machine around operator access and part flow.
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.
View details
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.
Confirm the final equipment and configuration in the quotation.
Laser Marking Machines
Laser Marking Machines
View details
Laser Marking Machines
Compare eight machine platforms, then match the laser source, part handling and required mark.
FY-LMM01 · FY-LMM01-C · FY-LMM02 · FY-LMM02-C · FY-LMM03 · FY-LMM04 · FY-LMM05 · FY-LMM07
PDF · English · 127.7 KB FYXFER_Laser_Marking_Selection_Guide_EN.pdf
Confirm the final equipment and configuration in the quotation.
03 / Configuration
Configuration & supply scope
Confirm the final equipment and configuration in the quotation.
| FY-LMM01 | Floor-standing open workstation | Open access for varied parts | Laser source, lens, Z-axis, fixture, rotary axis, extraction |
|---|---|---|---|
| FY-LMM01-C | Floor-standing enclosed workstation | Guarded door and viewing window | Internal working envelope, interlock, extraction, fixture, rotary axis |
| FY-LMM02 | Desktop all-in-one workstation | Open bench-top loading | Laser source, lens, column travel, fixture and software |
| FY-LMM02-C | Desktop enclosed workstation | Controlled chamber access | Chamber size, interlock, extraction, lens and fixture |
| FY-LMM03 | Desktop split-type workstation | Flexible part and cabinet placement | Column height, cable layout, lens, fixture and rotary axis |
| FY-LMM07 | Foldable desktop all-in-one | Portable open workstation | Laser source, marking field, transport setup and positioning |
| FY-LMM05 | Handheld laser marker | Portable head for large or fixed parts | Head weight, cable length, positioning guide, safety and extraction |
| FY-LMM04 | Flying in-line laser marker | Automatic production-line operation | Line speed, encoder, sensor, code source, communications and reject logic |
More published configuration details
Configuration scope for every platform.
The model code identifies the mechanical platform. Laser source, power, lens, working field, extraction, fixtures, software, and automation are selected after the material and required mark are reviewed.
| Model | Machine format | Operator access | Project-specific configuration |
|---|---|---|---|
| FY-LMM01 | Floor-standing open workstation | Open access for varied parts | Laser source, lens, Z-axis, fixture, rotary axis, extraction |
| FY-LMM01-C | Floor-standing enclosed workstation | Guarded door and viewing window | Internal working envelope, interlock, extraction, fixture, rotary axis |
| FY-LMM02 | Desktop all-in-one workstation | Open bench-top loading | Laser source, lens, column travel, fixture and software |
| FY-LMM02-C | Desktop enclosed workstation | Controlled chamber access | Chamber size, interlock, extraction, lens and fixture |
| FY-LMM03 | Desktop split-type workstation | Flexible part and cabinet placement | Column height, cable layout, lens, fixture and rotary axis |
| FY-LMM07 | Foldable desktop all-in-one | Portable open workstation | Laser source, marking field, transport setup and positioning |
| FY-LMM05 | Handheld laser marker | Portable head for large or fixed parts | Head weight, cable length, positioning guide, safety and extraction |
| FY-LMM04 | Flying in-line laser marker | Automatic production-line operation | Line speed, encoder, sensor, code source, communications and reject logic |
Application details
Stable workstations for repeatable industrial operation.
Floor-standing Open
- Stable integrated cabinet
- Open access for varied parts
- Fixture and rotary options
Floor-standing Enclosed
- Fully guarded workstation
- Viewing window and access door
- Extraction-ready enclosure
Desktop All-in-one
- Integrated compact layout
- Open working area
- Flexible part access
Desktop Enclosed
- Compact guarded chamber
- Controlled operator access
- Extraction interface
Desktop Split-type
- Separate control cabinet
- Adjustable marking column
- Flexible workstation layout
Foldable Desktop All-in-one
- Compact foldable structure
- Easy transport and storage
- Integrated control layout
Handheld Laser Marker
- Large and fixed workpieces
- Portable marking head
- Positioning guide options
Flying Laser Marker
- Continuous production-line marking
- Sensor and encoder integration
- Dynamic content support
Watch machine setups and application demonstrations.
Browse laser marking, engraving and sample cutting demonstrations. Each video description links to the relevant product or application page. Demonstration results apply to the shown setup and material.
View all FYXFER LASER videos on YouTube
Configuration scope for every platform.
The model code identifies the mechanical platform. Laser source, power, lens, working field, extraction, fixtures, software, and automation are selected after the material and required mark are reviewed.
Laser and optics
Fiber, CO₂, UV, green, MOPA, or another source; rated power, wavelength, pulse behavior, lens, and working field are confirmed for the material and mark.
Performance
Marking speed, line speed, cycle time, line width, depth, contrast, and code readability are verified against an approved sample or application test.
Utilities and integration
Power supply, cooling, extraction, computer, software, rotary axis, fixtures, interfaces, guarding, and destination-market requirements are quoted by project.
| Model | Machine format | Operator access | Project-specific configuration |
|---|---|---|---|
| FY-LMM01 | Floor-standing open workstation | Open access for varied parts | Laser source, lens, Z-axis, fixture, rotary axis, extraction |
| FY-LMM01-C | Floor-standing enclosed workstation | Guarded door and viewing window | Internal working envelope, interlock, extraction, fixture, rotary axis |
| FY-LMM02 | Desktop all-in-one workstation | Open bench-top loading | Laser source, lens, column travel, fixture and software |
| FY-LMM02-C | Desktop enclosed workstation | Controlled chamber access | Chamber size, interlock, extraction, lens and fixture |
| FY-LMM03 | Desktop split-type workstation | Flexible part and cabinet placement | Column height, cable layout, lens, fixture and rotary axis |
| FY-LMM07 | Foldable desktop all-in-one | Portable open workstation | Laser source, marking field, transport setup and positioning |
| FY-LMM05 | Handheld laser marker | Portable head for large or fixed parts | Head weight, cable length, positioning guide, safety and extraction |
| FY-LMM04 | Flying in-line laser marker | Automatic production-line operation | Line speed, encoder, sensor, code source, communications and reject logic |
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.
Laser Marking Machines
Laser Marking Machines
Compare eight machine platforms, then match the laser source, part handling and required mark.
FY-LMM01 · FY-LMM01-C · FY-LMM02 · FY-LMM02-C · FY-LMM03 · FY-LMM04 · FY-LMM05 · FY-LMM07
PDF · English · 127.7 KB FYXFER_Laser_Marking_Selection_Guide_EN.pdf
Unsure which platform fits?
Send the part size, material, marking field, output, and loading method. We will narrow the machine form first.
Compare the laser source around the material and required mark.
Fiber laser marking machines
Metal identification, traceability and engraving from actual part requirements.
MOPA laser marking machines
Broader pulse control for selected color, black and heat-sensitive applications.
CO2 laser marking machines
Marking and engraving for many organic and non-metal materials.
UV laser marking machines
Fine, low-heat marking on selected plastics, glass, electronics and packaging.
Compare laser marking machine formats
FY-LMM01
FY-LMM01 Floor-Standing Laser Marking Machine
FY-LMM02
FY-LMM02 Desktop Integrated Laser Marker
FY-LMM04
FY-LMM04 Flying Laser Marking Machine
FY-LMM05
FY-LMM05 Handheld Laser Marking Machine
Laser machine manufacturer and application support
FYXFER® Industrial Machinery is the industrial equipment brand of Yangzhou Fengyue CNC Technology Co., Ltd., a China-based manufacturer founded in 1996.
Laser marking, engraving and cutting systems are configured around the material, result, part handling and production workflow. OEM, ODM and custom projects can include sample review, multi-site coordination, remote technical support, spare parts and after-sales service.
Where CE documentation applies, confirm it for the selected machine and quoted configuration.
- Founded in 1996
- 12,000 m² manufacturing site
- 50+ employees
- Export project experience
Considering a compact workstation for logos or serial numbers?
See FY-LMM02 in detail
Review the integrated desktop platform, real machine photographs, field-lens options and configuration checklist before requesting a quote.
Prepare a useful sample request
Identify the material and surface finish, then send the part dimensions, artwork, required contrast or depth and output per shift.
Need to cut metal instead of marking it?
Compare fiber laser cutting formats for sheet metal and industrial fabrication.
04 / Downloads
Planning resources
Download the laser marking selection guideEnglish document · 128 KB↓Before you enquire
What should the quotation include?+
Confirm the selected equipment, fixtures, utilities, installation needs and supply scope before ordering.
FY-LMM01-CEnclosed Floor-Standing Laser Marking MachineView configuration and application details
FY-LMM01-CPlan the chamber around the work.
Plan the chamber around the work.
Bring repeatable loading into one station.
Consider FY-LMM01-C for a floor-standing marking station with an enclosure, access door and viewing window. Select the chamber, workholding and laser configuration together, using the largest complete part setup as the starting point.
PlatformFloor-standing enclosed workstation
AccessDoor and viewing window
Planning focusChamber fit, access controls and extraction
LMM01-C
01 / FY-LMM01-C
Machine & details
Confirm the final equipment and configuration in the quotation.
Repeatable manual loading
Evaluate the enclosed format when the same part family can be positioned, marked and removed through a defined loading opening.
Identification workflows
Review text, logos or codes with the required material, artwork and acceptance criteria before specifying the laser process.
Fixture-based work
Plan fixture mounting and any rotary arrangement within the available chamber and lens working distance.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
01 / CHAMBER FIT
Check the loading path as well as the part.
A component that fits inside a chamber may still be awkward to load or rotate. Review the complete setup with the door open and closed.
- Largest part plus all fixture hardware
- Door opening and operator loading path
- Lens clearance and marking-face position
How large a part can FY-LMM01-C accept?
Discuss my application ↗Request the current chamber drawing. The category listing does not establish internal dimensions, door clearance or a maximum workpiece size.
Confirm the final equipment and configuration in the quotation.
02 / ENCLOSURE SETUP
Specify how the station will be operated.
Define access control, viewing and extraction with the selected source and installation. Exterior enclosure photographs alone cannot establish the complete protective arrangement.
- Door interlocks and access procedure
- Viewing-window specification
- Extraction connection and site provision
Does an enclosed format establish a safety class?
Discuss my application ↗No. Confirm the supplied machine's guarding, access-control and viewing specification, together with the relevant documentation for the installation.
Confirm the final equipment and configuration in the quotation.
03 / PROCESS APPROVAL
Approve the result and the full loading cycle.
Select source and optics from the material and artwork. Include door movement and part handling when checking whether the workstation meets the production target.
- Production material and surface finish
- Mark detail, contrast or depth
- Loading, marking and unloading time
Will the enclosure improve marking speed?
Discuss my application ↗The enclosure defines the workstation format. Process speed and mark quality depend on the selected source, optics, material, artwork and operating sequence.
Confirm the final equipment and configuration in the quotation.
03 / Configuration
Configuration & supply scope
Confirm the final equipment and configuration in the quotation.
| Machine format | FY-LMM01-C floor-standing enclosed workstation |
|---|---|
| Operator access | Door and viewing window listed in the model category |
| Internal envelope | Request chamber and loading-opening drawings |
| Source / power / field | Confirm an application-specific configuration |
| Workholding | Confirm fixture mounting and rotary clearance |
| Access controls | Confirm interlock and guarding details |
| Extraction | Extraction-ready enclosure listed; confirm supplied scope |
| Installation / acceptance | Confirm utilities, footprint, documentation and sample test |
Related equipment
Compare the formats
04 / Downloads
Planning resources
Download application guideEnglish document · 503 KB↓Download the laser marking selection guideEnglish document · 128 KB↓Before you enquire
When should I compare the open FY-LMM01?+
Compare it when parts vary widely in shape or access requirements. Evaluate both formats against part handling, the selected process and the required protective arrangement.
Is the rotary fixture included?+
The category identifies rotary configuration as project-specific. Confirm the device, workpiece clearance, controls and included accessories in the quotation.
Which specifications are needed before ordering?+
Obtain the current source and lens specification, chamber drawing, fixture proposal, installation requirements and agreed sample-acceptance record.
05 / Discuss my application
Tell us what you need.
Share the largest part and fixture dimensions, marking position, material, artwork and output target. Request an FY-LMM01-C chamber drawing and proposed configuration before confirming fit.
Selected machineFY-LMM01-C
FY-LMM01-C
Tell us what you need.
Continue on our contact page to share your application and request a configuration.
Discuss my application ↗FY-LMM07Foldable Desktop Laser Marking MachineView configuration and application details
FY-LMM07A compact format for changing workspaces.
A compact format for changing workspaces.
A setup to verify at every location.
FY-LMM07 is listed as a foldable desktop all-in-one platform with an integrated control layout. Review the deployed workspace, transport arrangement and part positioning before choosing its source, lens and marking application.
PlatformFoldable desktop all-in-one
LayoutIntegrated controls
Planning focusDeployed fit, transport and positioning
LMM07
01 / FY-LMM07
Machine & details
Confirm the final equipment and configuration in the quotation.
Space-conscious bench work
Evaluate the deployed platform with the complete part and fixture, allowing room for loading and operator access.
Changing work locations
Review transport, storage and recommissioning requirements when a marking workstation needs to move between approved locations.
Manually positioned parts
Consider repeatable identification jobs after checking workholding, focus setting and the proposed process on representative material.
02 / Selection guide
Choose around your application
Match the equipment to the material, part and production workflow.
01 / DEPLOYED WORKSPACE
Measure the station in its working position.
A compact storage format does not define the space needed for marking. Review the operating footprint, head position, part envelope and access together.
- Deployed machine and fixture dimensions
- Largest part and loading clearance
- Lens working distance and positioning method
What is the maximum part size?
Discuss my application ↗Request the current machine drawing. The model category does not establish working-envelope dimensions or maximum workpiece capacity.
Confirm the final equipment and configuration in the quotation.
02 / MOVING THE STATION
Plan transport and setup as part of the workflow.
Confirm how the unit is folded, secured and moved, then define the checks needed when it is installed again. Review the actual handling requirements before relying on frequent relocation.
- Packed and deployed size and weight
- Transport protection and handling method
- Positioning and focus checks after setup
Does a foldable format mean one-person carrying?
Discuss my application ↗That is not established by the category listing. Confirm the supplied machine weight, handling instructions and transport arrangement.
Confirm the final equipment and configuration in the quotation.
03 / APPROVED PROCESS
Keep the required mark at the centre of selection.
Portability describes the machine format. Material response, optics, stable positioning and the operating environment still determine whether a marking job is suitable.
- Production material and surface finish
- Artwork dimensions and required contrast
- Fixture, extraction and protective arrangement
Will moving the station preserve the same result?
Discuss my application ↗Check setup, focus and positioning at each intended location. Approve the result on representative material under the proposed operating conditions.
Confirm the final equipment and configuration in the quotation.
03 / Configuration
Configuration & supply scope
Confirm the final equipment and configuration in the quotation.
| Machine format | FY-LMM07 foldable desktop all-in-one |
|---|---|
| Control layout | Integrated layout listed in the model category |
| Working envelope | Request deployed drawing and part-clearance details |
| Transport / storage | Confirm dimensions, weight, protection and handling |
| Laser source / power | Application-specific; request current configuration |
| Lens / field | Confirm artwork, detail and working distance |
| Part positioning | Confirm fixture and focus-setting arrangement |
| Installation scope | Confirm power, extraction, guarding, software and supplied accessories |
Related equipment
Compare the formats
04 / Downloads
Planning resources
Download application guideEnglish document · 382 KB↓Download the laser marking selection guideEnglish document · 128 KB↓Before you enquire
Is FY-LMM07 a handheld marker?+
It is listed as a foldable desktop workstation. For a head brought directly to a large or fixed component, compare the FY-LMM05 handheld format.
Does its compact format limit material choice?+
Material suitability must be assessed with the selected source, optics and required mark. The category listing does not establish a universal material range.
What is needed for a quotation?+
Provide material, artwork, part dimensions, available workspace and how often the station will move. Request the current configuration and installation drawings.
05 / Discuss my application
Tell us what you need.
Send your part, material and artwork, plus available bench space and transport needs. Request FY-LMM07 deployed dimensions and a sample plan before finalising the configuration.
Selected machineFY-LMM07
FY-LMM07
Tell us what you need.
Continue on our contact page to share your application and request a configuration.
Discuss my application ↗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 machineChoose a laser marking machine format
Discuss my application
Tell us what you need.
Continue on our contact page to share your application and request a configuration.
Discuss my application ↗