CE Certified Floor Jpt Mopa Fiber CO2 UV Laser Engraver with Computer Software 24 Months Warranty

Product Description

Choose the Machine Layout for Your Workflow

Desktop, floor-standing and handheld laser markers suit different working arrangements. Desktop machines are compact for bench use; floor-standing machines provide an integrated workstation; handheld designs help position the marking head on large or irregular workpieces. FY-LMM01 uses a floor-standing layout. Share your workpiece size and production workflow to confirm the right machine type.

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 or MOPA; CO2/UV quoted as separate approved configurations
Wavelength	1064nm
Repetitive Frequency	20-80KHZ
Fundamental Gaussian Beam	<2
Carving Line Speed	≤10000mm/s
Minimum Line Width	0.01mm
Minimum Character	0.15mm
Repeatability	±0.002
Power Supply	220V/50Hz
Power Consumption	500W
Engraving Depth	≤3mm
Engraving Speed	≤7000mm/s
Graphic Format Supported	BMP, JPG, PNG, DXF

FY-LMM01 Floor-Standing Laser Marking Machine

Position, Focus and Mark

Integrated Lower Cabinet

FY-LMM01 combines a marking head, adjustable column, worktable and lower cabinet in a floor-standing workstation. It is designed for in-house marking of logos, text, serial numbers and other identification. The laser source, lens and accessories should be selected for your material and required result.

Position the workpiece on the table, set the correct focal distance, and run the prepared marking file. Confirm the position and settings on a sample before batch production. The laser configuration and process settings must match the material, surface finish and marking requirement.

The lower cabinet forms part of the workstation and provides front access to the equipment inside. This integrated layout brings the machine components together in one floor-standing unit. Confirm the final cabinet arrangement and supplied components with your chosen configuration.

Worktable for Fixtures and Repeat Positioning

Accessible Machine Controls

Adjustable Marking Height

The worktable provides a mounting surface for workpiece fixtures. A fixture suited to the part can help maintain consistent positioning during repeated marking jobs. Share the part shape, dimensions and loading method when discussing a suitable setup.

The control panel brings the power, laser and galvanometer controls together, with the connection points shown in the image. Separate controls support machine setup and operation. Follow the operating procedure supplied with the final machine configuration.

The column includes a height scale and adjustment handle for setting the marking head position. This helps establish the correct focal distance for workpieces of different heights. Confirm the required working clearance and lens combination before ordering.

Match the Laser Source to the Material

Fiber lasers are commonly used for steel, stainless steel, aluminum, brass, copper, coated metals and selected plastics. CO2 lasers are used for suitable non-metal materials such as wood, leather, acrylic, paper, rubber and selected plastics, with glass applications requiring process confirmation. UV lasers suit many heat-sensitive materials and fine-detail applications, including suitable plastics, glass, ceramics and electronic or medical parts.

This is a laser-selection guide, not a statement that one configuration processes every material shown. Fiber or MOPA configurations and separately quoted CO2 or UV configurations must be confirmed for the intended application. Send the material, surface finish, marking content and a sample photo for assessment.

Frequently Asked Questions

*What is the difference between fiber, CO2 and UV lasers?

Fiber and MOPA lasers are commonly selected for metals and suitable plastics. CO2 lasers are used for suitable organic and non-metal materials. UV lasers are often considered for heat-sensitive materials and fine-detail marking. The correct choice should be confirmed with the material and a sample test.

*Can FY-LMM01 mark or engrave stainless steel?

A suitable fiber configuration can mark and engrave stainless steel. A dark or black result depends on the source, lens, marking field and settings. For controlled color-marking applications, discuss a MOPA source and confirm the result on a sample.

*How do I choose between 30 W, 60 W and 120 W?

As a selection guide, 30 W is commonly considered for surface marking, 60 W for faster processing or medium-depth engraving, and 120 W for deeper engraving or higher production demand. Final selection depends on the material, marking area, required depth and cycle time.

*Can it use a rotary axis?

Yes. An optional rotary axis can be selected for suitable rings, bottles, cups, pens and other cylindrical parts. Confirm the workpiece dimensions and fixture requirements before ordering.

*What software is supplied?

The specified EzCad2 configuration includes the software without an additional license fee. Listed formats include AI, PLT, DXF, DST, SVG, NC, JPG and PNG. Confirm the supplied controller, software version and required file workflow in the quotation.