Fiber Laser Marking Machines for Metal
Compare standard 20W–60W models and custom 50W, 100W+ fiber laser marking systems for metal marking, deep engraving and industrial production.
HT Marker supplies desktop, enclosed, portable, handheld, MOPA and higher-power fiber laser marking systems. Start with the current online models below, or contact our team for a 50W, 100W or application-specific configuration based on material, marking depth, cycle time, field size and automation needs.
Fiber Laser Solutions from 20W to 100W+
From compact desktop and benchtop machines to portable handheld and higher-power systems, HT Marker offers fiber laser solutions for a wide range of metal marking and engraving applications. Choose a standard 20W–60W model, or request a 50W, 100W+ or customized configuration based on your material, marking depth, field size, production volume and automation requirements.Reference Configurations: 30W, 60W MOPA and 100W+Power alone does not determine the result. Pulse control, lens, field size, material and target depth should be evaluated together.Selection point HS-FL30 60W JPT MOPA M7 100W+ custom Rated power 30W 60W 100W+ application-specific Standard marking field 110 × 110 mm; options to 300 × 300 mm 110 × 110 mm Selected by lens and job Max. marking speed ≤7,000 mm/s ≤8,000 mm/s Confirm scanner and process Process control General metal marking and engraving 2–350 ns pulse width; 1–4,000 kHz Configured for depth, throughput and heat input Depth / detail reference Up to 0.2 mm depth; 0.01 mm line; 0.2 mm character, material-dependent Confirm by material, pulse recipe and passes Sample/process validation required Laser source life reference 50,000 hours for the listed HS-FL30 generator Confirm supplied source model Confirm supplied source model
HS-FL30 (30W)
Standard marking field
110 × 110 mm; options to 300 × 300 mm
Max. marking speed
≤7,000 mm/s
Process control
General metal marking and engraving
Depth / detail reference
Up to 0.2 mm depth; 0.01 mm line; 0.2 mm character, material-dependent
Laser source life reference
50,000 hours for the listed HS-FL30 generator60W JPT MOPA M7
Standard marking field
110 × 110 mm
Max. marking speed
≤8,000 mm/s
Process control
2–350 ns pulse width; 1–4,000 kHz
Depth / detail reference
Confirm by material, pulse recipe and passes
Laser source life reference
Confirm supplied source model100W+ Custom
Standard marking field
Selected by lens and job
Max. marking speed
Confirm scanner and process
Process control
Configured for depth, throughput and heat input
Depth / detail reference
Sample/process validation required
Laser source life reference
Confirm supplied source modelScanner speed is not the same as production throughput. Loading, focusing, fixturing, number of passes and code complexity all affect cycle time.
| Selection point | HS-FL30 | 60W JPT MOPA M7 | 100W+ custom |
|---|---|---|---|
| Rated power | 30W | 60W | 100W+ application-specific |
| Standard marking field | 110 × 110 mm; options to 300 × 300 mm | 110 × 110 mm | Selected by lens and job |
| Max. marking speed | ≤7,000 mm/s | ≤8,000 mm/s | Confirm scanner and process |
| Process control | General metal marking and engraving | 2–350 ns pulse width; 1–4,000 kHz | Configured for depth, throughput and heat input |
| Depth / detail reference | Up to 0.2 mm depth; 0.01 mm line; 0.2 mm character, material-dependent | Confirm by material, pulse recipe and passes | Sample/process validation required |
| Laser source life reference | 50,000 hours for the listed HS-FL30 generator | Confirm supplied source model | Confirm supplied source model |
Scanner speed is not the same as production throughput. Loading, focusing, fixturing, number of passes and code complexity all affect cycle time.
Quick Fiber Laser Model Selector
Start with the machine format and process that match your work, then compare the current featured models below.
Standard 20W–30W
For serial numbers, logos, QR codes, tags and routine metal identification.
Portable & Handheld
For tyres, pipes, chassis, installed parts and work that cannot be moved to a bench.
Enclosed & Deep Engraving
For controlled workstation use, deeper engraving and 2.5D relief work.
MOPA & Color Marking
For adjustable-pulse processing and suitable stainless-steel or titanium color applications.
Featured Fiber Laser Marking Machines
Compare the current desktop, enclosed, portable, handheld and MOPA models selected by HT Marker.
Choose by Application and Production Demand
Select power, pulse characteristics, machine format and accessories from the required mark, material, field size and cycle time.
20W–30W Fiber Laser
For routine serial numbers, logos, barcodes, QR codes and general metal identification.
50W–60W Fiber Laser
For shorter cycle times, stronger material removal and deeper engraving with fewer passes. Choose MOPA when adjustable pulse width or controlled color marking is required.
100W+ Pulsed Fiber Laser
For high-throughput marking, deep engraving, mold texturing and production systems where cycle time is a primary requirement.
Integrated Production Systems
Choose enclosed, rotary, conveyor or automation-ready configurations for traceability, operator protection and repeatable positioning.
Configuration note: Power alone does not determine the result; the quotation defines the source, pulse characteristics, lens, field size, enclosure, cooling and extraction.
Compare fiber, UV and CO₂ laser technologies · Discuss your production requirements
Need Help Choosing a Fiber Laser?
Tell us your material, marking area, target depth and production volume. We will recommend a suitable power level and machine format.
Handheld vs. Desktop: Which Design Fits Your Workflow?
It’s not just about the machine; it’s about what you are marking.
Choose the machine format around the workpiece and the production flow. Portable and handheld systems bring the marking head to tyres, pipes, chassis or installed assemblies. Desktop systems provide a stable workstation for smaller parts, fixtures and repeatable batches. Enclosed and MOPA configurations add model-specific workflow or process capabilities; confirm the exact configuration before ordering.
Where is the workpiece?
Portable / Handheld: Move the marking head or portable system to a large or installed workpiece.
Desktop / Enclosed: Bring the workpiece to a stable workstation.
Typical work
Portable / Handheld: Tyres, pipes, chassis, assemblies and field traceability.
Desktop / Enclosed: Tags, tools, jewelry, small parts and repeatable batches.
Positioning
Portable / Handheld: Operator and fixture control are important for focus and stability.
Desktop / Enclosed: A fixed Z-axis and fixtures support repeatable positioning.
Current models
Portable / Handheld: HS-MFL20, HS-PFL30M and HS-PFL30M-B.
Desktop / Enclosed: HS-FL30, HS-FL30E, 60W MOPA, HS-FL35D and the Jewelry / Ring model.
See Handheld and Desktop Fiber Laser Marking in Action
Compare how a portable marking head works around larger or installed parts with the stable positioning of a desktop fiber laser workstation.
Handheld Fiber Laser Marking
See how the handheld marking head reaches large, fixed or difficult-to-position metal parts.
Desktop Fiber Laser Marking
See the stable workstation format used for repeatable metal marking and day-to-day production.
Choosing the Right Power: 20W to 100W+
20W–30W: Routine identification
Use this range for serial numbers, logos, barcodes, QR/Data Matrix codes and general metal identification across desktop, enclosed, portable, handheld and jewelry-focused formats.
50W–60W: Faster processing and deeper engraving
Choose this range for shorter cycle times, stronger material removal and deeper engraving with fewer passes. Choose MOPA when adjustable pulse width or controlled color marking is required.
100W+: High-throughput and deep-processing systems
Use 100W and higher pulsed fiber systems for deep engraving, mold texturing and production work where cycle time is a primary requirement.
Expected laser-source service life
HT Marker specifies a theoretical fiber-laser source life of 50,000 hours or more for its quoted industrial configurations. This describes source design life, not the machine warranty or guaranteed uptime. The quotation identifies the source model and warranty, while correct cooling, ventilation and operating conditions protect service life.
Materials and Applications
Fiber laser systems mark and engrave steel, stainless steel, aluminum, brass, copper, titanium, gold, silver and many industrial plastics. They produce serial numbers, logos, barcodes, QR/Data Matrix codes, surface color changes and engraved recesses.
Wood, leather and most transparent glass require UV or CO₂ technology. Compare fiber, UV and CO₂ laser marking machines for mixed-material applications.
FAQ
What materials can a Fiber Laser mark? Can it mark wood or glass?
Fiber lasers are primarily used for metals such as steel, stainless steel, aluminum, brass, copper, titanium, gold and silver, plus some industrial plastics. Results depend on the exact grade, additives and settings. For wood, leather, most glass or transparent materials, compare our CO2 and UV laser options or request a sample test.
How do I choose from 20W to 100W+?
20W–30W: routine serial numbers, logos, barcodes and general metal identification. The listed HS-FL30 reference includes up to 0.2 mm engraving depth on suitable material and a maximum scanner speed of 7,000 mm/s.
50W–60W: more pulse energy and faster material removal for deeper engraving or shorter multi-pass cycles. The listed 60W JPT MOPA M7 reference uses 2–350 ns pulse width, 1–4,000 kHz and up to 8,000 mm/s scanner speed.
100W+: custom configuration for deeper engraving or higher production demand. Do not select by wattage alone; provide the alloy, target depth, field size and daily output.
Do I need consumables? What is the laser lifespan?
The listed HS-FL30 fiber source has a 50,000-hour theoretical service-life reference. This is laser-source design life, not a warranty for the complete machine or guaranteed uptime.
No ink, engraving needle or chemical marking medium is required. Plan for inspection and possible replacement of protective windows or lenses, fume-extraction filters where fitted, and routine cooling/ventilation maintenance. The quotation should identify the exact source model and warranty.
Can I mark colors on metal?
For coloured effects on suitable stainless steel or titanium, start with the listed 60W MOPA fiber laser marking machine rather than assuming a standard 20W–30W fiber marker will reproduce them. Adjustable pulse width gives the operator a wider parameter range for colour development. Alloy, surface finish, cleaning and heat accumulation change the result; create a labelled colour matrix on the actual material, then check the approved colour under production lighting. If the job only needs durable black text or serial numbers, a standard fiber configuration may be the simpler starting point.
Is the software difficult to use? What files can I import?
HT Marker fiber systems use Windows-based EZCAD 2 or EZCAD 3 according to the selected controller. The supplied software package, controller and supported artwork formats are listed with the model or quotation. Text, serial numbers, logos, barcodes and QR/Data Matrix codes are standard workflow types. Visit the software download and document download pages for current resources.
Can a Fiber Laser cut metal?
If you also need small cut-outs in thin jewelry stock or metal foil, send the alloy, thickness, outline and required edge finish for a sample test. Assess the finished cut and edge quality as well as the marking result before selecting the configuration.
Is it safe to operate? Do I need safety glasses?
The 1064 nm beam is invisible and can injure eyes or skin. Required controls depend on the exact machine, enclosure, workpiece and installation. Use the model manual, correct protective eyewear, extraction where needed, guarding or enclosure, training and a site risk assessment. Do not assume every machine on this page is a Class 1 system; confirm the selected model’s labeling and configuration.