Traceability
Create serial numbers, QR codes, barcodes and production identifiers.
Product family / 04
Fiber & MOPA Laser Marking Systems
Permanent identification, engraving and surface effects on metals.
Fiber and MOPA laser marking platforms for permanent codes, logos, serial numbers, engraving, black marking and selected colour effects.
- Power range
- 20W–100W
- Laser options
- Fiber or MOPA
- Marking
- 2D · 2.5D · 3D
- Formats
- Portable to production line
Reference configuration · Final equipment and options subject to written quotation.
Product overview
Built around the process, not a fixed model.
Fiber laser marking is widely used for permanent identification and engraving on metals and compatible plastics. MOPA sources add pulse-control flexibility for black marking, fine surface effects and selected colour marking on suitable materials.
The final platform should be selected by material, mark type, depth, contrast, marking field, cycle time and part handling. Fixtures, rotary axes, vision and enclosure options can be added to suit the workflow.
Equipment views
Reference system configuration.
These images show representative equipment formats for initial discussion. Cabinet, laser source, control system, working head and accessories are confirmed for each order.
Reference specification
Configuration range.
Indicative information for early project screening. Exact components, performance, certification, warranty and availability require written confirmation.
- Laser process
- Fiber or MOPA pulsed laser marking
- Indicative power options
- 20W / 30W / 50W / 60W / 80W / 100W
- Marking modes
- 2D marking, 2.5D engraving and selected 3D workflows
- Working format
- Handheld, split, desktop, enclosed or flying
- Typical materials
- Steel, stainless, aluminium, brass, copper and compatible plastics
- Optional modules
- Rotary axis, fixture, vision, autofocus, conveyor and enclosure
- Selection inputs
- Material, mark content, depth, field size, part geometry and cycle time
- Final configuration
- Laser source, lens, field, software, controller and fixtures confirmed by quotation
Where it fits
Industrial applications.
Use these examples to frame the requirement. Final results depend on material, geometry, process settings and acceptance criteria.
Deep engraving
Build durable recessed marks for tools, dies and mechanical parts.
Surface effects
Produce black marks and selected colour effects using a suitable MOPA process.
Line integration
Mark moving products with sensors, encoders and production controls.
Selection workflow
From sample to configuration.
- 01Step 1
Send samples
Provide material grade, coating and representative parts.
- 02Step 2
Define the mark
Share artwork, code size, depth, contrast and cycle time.
- 03Step 3
Choose the optics
Set marking field and focal requirements around part dimensions.
- 04Step 4
Complete the station
Confirm fixture, rotary, vision, enclosure, software and voltage.
Common questions
Before you request a quote.
These answers are general guidance. Send the actual workpiece details for a configuration review.
What is the difference between standard fiber and MOPA?+
MOPA provides wider pulse-control flexibility, which can improve results for black marking, fine surfaces and selected colour effects.
Can it mark plastic?+
Some plastics respond well, while others require a different wavelength or additives. Sample testing is recommended.
How large can the marking area be?+
The field depends on the lens and working distance. Larger fields usually trade off some spot size and energy density.
Can the marker be integrated into a production line?+
Yes. Flying marking, sensors, encoders, fixtures, vision and communication interfaces can be configured.
Need a confirmed configuration?
Send the workpiece and target result.
Include material, dimensions, process requirement, target speed, electrical supply and destination.