Fyxfer Desktop Laser Marking Machine with Fiber CO2 or UV Laser Options

Product Description

MACHINE DETAILS

Power	20/30/50/60/100/120W
Marking Area	110X 110mm(4.3X4.3in)
	150X 150mm(5.9X5.9in)
	175X 175mm (6.9x6.9in)
	200x200mm (7.87x7.87in)
	220x220mm (8.66x8.66in)
	Common marking-area options; final lens and price confirmed in quotation
Laser Type	Fiber/CO2/UV/MOPA
Machine material	Iron+aluminum
Applicable Material	Selected according to material and marking result; sample testing recommended
Working table size	38×60cm
Engraving Speed	≤7000mm/s
Graphic Format Supported	BMP, JPG, PNG, DXF
Cooling Mode	Air or water cooling, depending on selected laser source
Mode of Operation	Pulsed or source-specific, depending on selected laser source
Machine size	80x35x60cm
Fiber Packing dimension	Depends on the approved laser source and configuration
Lead time	1-3 working days
Warranty	36 months

FY-LMM02 Desktop Laser Marking Machine

A Practical Bench Marking Layout

Focused Beam Positioning

FY-LMM02 brings the marking head, adjustable column and worktable into a compact desktop arrangement. It supports identification and personalization tasks with a laser source and lens selected for the intended material, artwork and production target.

The illustrated layout combines a height-adjustment column, galvanometer marking head and worktable. Position the part and fixture beneath the lens, allowing sufficient clearance for loading and the correct focal distance.

The galvanometer scanner directs the beam through the marking lens across the selected field. Match the lens to the artwork size and required detail; working distance, spot size and achievable results vary with the optical configuration.

Manual Height Adjustment

Accessible Controls and Connections

Position, Focus and Mark

The adjustment handle sets the marking-head height for the workpiece and lens focal distance. Use a repeatable fixture and confirm focus on a sample before starting a batch.

The illustrated controls separate the board, galvanometer and laser functions, with USB and rear connection points for power, grounding and a foot control. Confirm the supplied voltage and accessory interfaces for the destination and selected controller.

Prepare the marking file, position the workpiece, set the focal distance and check a sample. Once the settings and position are approved, use the same setup for repeated jobs. Results depend on material, surface finish and laser configuration.

Match the Laser Source to the Material

Fiber lasers suit many metals and selected plastics; CO2 lasers serve suitable wood, leather, acrylic, paper, rubber and other non-metal applications; UV lasers are considered for fine-detail marking on suitable plastics, glass, ceramics and heat-sensitive parts. These are different source configurations, not the combined capability of one standard machine. Send the material, surface finish, artwork and desired result for sample assessment. Confirm MOPA, CO2 or UV options separately.

Frequently Asked Questions

*Which laser should I choose? Fiber / MOPA, CO2 and UV sources serve different materials and marking tasks. Confirm the selection with your actual material and target result.

*Can it mark stainless steel in black or color? A suitable fiber source can mark or engrave stainless steel. Dark results depend on the source, lens and settings. Discuss MOPA for controlled color applications and verify the result on a sample.

*How do I choose power? The series guide presents 30 W for surface marking, 60 W for faster or medium-depth work and 120 W for deeper engraving or higher demand. These are application guidelines, not confirmation that every power is offered on this model.

*Can it mark cylindrical parts? A compatible optional rotary axis and fixture can support suitable cylindrical workpieces.

*What software is included? Where the EzCad2 configuration is supplied, the software is included without an additional license fee; listed formats include AI, PLT, DXF, DST, SVG, NC, JPG and PNG. Confirm the controller, software version and required file workflow in the quotation.