Wider Marking Capability
Adjustable pulse width and frequency make the machine suitable for stainless steel color marking, black marking on anodized aluminum, precision engraving, and selected plastic marking.
FL-MM | MOPA Laser Marking Machine
The FL-MM MOPA Laser Marking Machine provides adjustable pulse width and frequency for high-precision color marking, black marking, fine engraving and selected heat-sensitive materials. It is available in 20–200 W configurations with marking areas from 75 × 75 to 300 × 300 mm.
1 / 6 Indicative Price Range USD 1,890 – 7,540
Rough guide only — the exact price depends on configuration, power, automation, optics and shipping destination. Talk to our sales team for an accurate FOB quote tailored to your job.
- CE-compliant & export-ready
- 1-year limited warranty (extendable on core parts)
- 30-day money-back guarantee
- Free lifetime technical support
- Worldwide shipping & logistics handled
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Flexible Pulse Control for Precision and Color Marking
The MOPA laser marking machine is designed for manufacturers who need high-precision, high-contrast, and flexible marking on metals and selected plastics. It is especially suitable for stainless steel color marking, black marking on anodized aluminum, fine engraving, and heat-sensitive material processing. Compared with standard fiber laser markers, MOPA technology offers adjustable pulse width and frequency, allowing better control over marking depth, color, and thermal impact. It helps improve marking quality, application range, and production consistency in industrial environments.
- 20 W / 30 W / 50 W / 100 W / 200 WLaser Power
- 2–500 nsPulse Width Range
- 1–4000 kHzFrequency Range
- 75×75 mm / 100×100 mm / 200×200 mm / 300×300 mmMarking Area
Fast and Precise Performance
Max marking speed up to 7000 mm/s, working accuracy up to ±0.01 mm, with optional marking areas such as 75×75 mm, 100×100 mm, 200×200 mm, and 300×300 mm.
Flexible Configuration for Different Needs
Available in 20 W / 30 W / 50 W / 100 W / 200 W, optional laser sources such as Raycus, MAX, with EZCAD control software and broad file format compatibility.
Core Capabilities
Adjustable Pulse Control
Adjustable pulse width and frequency provide precise control over laser energy and heat input. This enables cleaner edges, finer details, controlled engraving depth, and reduced thermal damage when processing sensitive materials or complex marking patterns.
- EvidenceMOPA pulse width and frequency are adjustable; marking depth can be changed from surface etching to deeper engraving.
Color and Contrast Marking
MOPA technology produces vivid color marking on stainless steel and titanium while supporting clear, high-contrast identification on different metal surfaces. It is suitable for decorative logos, product labels, serial numbers, and premium customized components.
- EvidenceSupports color marking on stainless steel and titanium; suitable for metal surface marking and multiple material applications.
High-Speed Precision Marking
High marking speed and precise beam control help manufacturers produce sharp QR codes, serial numbers, fine graphics, and small text efficiently. The system maintains clear edges and consistent results during continuous industrial production.
- 7,000 mm/sMaximum Marking Speed
- ±0.01 mmWorking Accuracy
- 1064 nmWavelength
- EvidenceMaximum marking speed: 7,000 mm/s; working accuracy: ±0.01 mm; wavelength: 1064 nm.
Flexible Machine Configuration
Multiple power levels, marking areas, laser source brands, and machine structures allow the system to match different production requirements. Users can select configurations for small precision parts, larger workpieces, portable operation, or enclosed processing.
- EvidencePower: 20 W–200 W; marking areas: 75×75 to 300×300 mm; Raycus, MAXsource; EZCAD software; air cooling.
Applications and Materials
Material and Workpiece Guidance
| Material / Workpiece | Thickness / Size | Recommended Configuration | Process Note |
|---|---|---|---|
| Stainless Steel for Color Marking | Surface marking; material thickness is not restrictive. Recommended marking field: 100 × 100 mm or 200 × 200 mm. | 30 W–100 W MOPA laser, adjustable pulse width and frequency; smaller field lens for finer color details. | Clean the surface before marking. Optimize pulse width, frequency, speed, and hatch spacing to obtain stable blue, gold, purple, or multicolor effects. |
| Anodized Aluminum for Black Marking | Aluminum labels, housings, panels, and components within a 75 × 75 to 300 × 300 mm marking field. | 20 W–50 W MOPA laser, normally with a 100 × 100 mm field for high-contrast identification. | Adjust energy input and scanning parameters to create a dark, high-contrast mark while minimizing damage to the anodized surface. |
| Laser-Markable Plastics | Electronic housings, switches, connectors, caps, and small molded components. Thickness is generally not a limiting factor. | 20 W–30 W MOPA laser with a 75 × 75 or 100 × 100 mm marking area for fine details. | Plastic composition and additives affect the result. Sample testing is required to avoid melting, excessive foaming, or unwanted discoloration. |
| Coated or Painted Metals | Metal nameplates, coated panels, painted enclosures, and industrial identification parts. | 30 W–50 W MOPA laser with a 100 × 100 or 200 × 200 mm marking field. | Parameters can be adjusted for coating removal or contrast marking. Test the coating first to prevent unnecessary damage to the base material. |
Industry Applications
| Industry | Typical Workpiece | Customer Pain Point | How This Machine Helps |
|---|---|---|---|
| Electronics Manufacturing | Metal housings, connectors, switches, control panels, component labels, and serial-number plates | Small components require readable QR codes and fine text, while excessive heat may damage sensitive surfaces or reduce marking quality. | Adjustable pulse control and up to ±0.01 mm working accuracy produce clear microtext, serial numbers, logos, and traceability codes with controlled thermal impact. |
| Jewelry & Premium Goods | Rings, bracelets, watch components, stainless steel accessories, metal gifts, and decorative products | Manufacturers need attractive logos, fine patterns, consistent colors, and minimal surface deformation for high-value products. | MOPA technology enables detailed engraving and vivid color marking on stainless steel and titanium, improving product appearance and customization capability. |
| Tools & Industrial Identification | Hand tools, drill bits, measuring tools, machine plates, hardware parts, and industrial components | Conventional labels may fade or detach, making long-term identification, batch management, and product traceability difficult. | The machine creates durable serial numbers, QR codes, scales, logos, and identification marks at speeds up to 7,000 mm/s, supporting efficient production. |
Processing Samples
Brushed 304 Stainless Steel
- Color/Effect
- Blue Color Marking
- Pulse Width
- 200 ns
- Frequency
- 250 kHz
- Laser Power
- 30 W at 65%
- Result
- Uniform blue oxide mark with no noticeable material removal. Reference speed: 200 mm/s; hatch: 0.003 mm.
Brushed 304 Stainless Steel
- Color/Effect
- Gold Color Marking
- Pulse Width
- 200 ns
- Frequency
- 350 kHz
- Laser Power
- 30 W at 55%
- Result
- Bright gold decorative mark with a smooth surface finish. Reference speed: 300 mm/s; hatch: 0.004 mm.
Anodized Aluminum
- Color/Effect
- Deep Black Marking
- Pulse Width
- 8 ns
- Frequency
- 500 kHz
- Laser Power
- 30 W at 70%
- Result
- Dark, high-contrast identification with limited damage to the anodized surface. Reference speed: 1,200 mm/s; hatch: 0.020 mm.
Grade 2 Titanium
- Color/Effect
- Purple-Blue Color Marking
- Pulse Width
- 100 ns
- Frequency
- 300 kHz
- Laser Power
- 30 W at 60%
- Result
- Decorative purple-blue oxide layer with clear edges and minimal engraving depth. Reference speed: 300 mm/s; hatch: 0.005 mm.
Laser-Markable Black ABS
- Color/Effect
- Light Gray / White Marking
- Pulse Width
- 20 ns
- Frequency
- 200 kHz
- Laser Power
- 30 W at 25%
- Result
- Clear, readable contrast with reduced melting and limited surface deformation. Reference speed: 1,000 mm/s; hatch: 0.030 mm.
Painted Aluminum
- Color/Effect
- Coating Removal / Silver Mark
- Pulse Width
- 100 ns
- Frequency
- 80 kHz
- Laser Power
- 30 W at 80%
- Result
- Clean coating removal exposing the base metal with sharp marking boundaries. Reference speed: 800 mm/s; hatch: 0.030 mm.
Specifications
General Specifications
| Model | FL-MM: 20 W / 30 W / 50 W / 100 W / 200 W |
|---|---|
| Machine Dimensions | Configuration-dependent; available in portable, desktop, integrated and enclosed machine designs |
| Net Weight | Configuration-dependent; subject to selected machine body, laser power and optional accessories |
| Warranty | 1-Year |
Product-Specific Specifications
| Laser Power | 20W / 30W / 50W / 100W / 200W |
|---|---|
| Pulse Width Range | 2–500 ns with optional JPT M7 20–100 W laser source; range varies by source brand and model |
| Frequency Range | 1–4,000 kHz with optional JPT M7 20–100 W laser source; range varies by source brand and model |
| Marking Area | 75 × 75 mm / 100 × 100 mm / 200 × 200 mm / 300 × 300 mm |
Electrical and Environment
| Voltage / Frequency | AC 110 V or 220 V, 50/60 Hz, single phase; customized according to destination-country power standard |
|---|---|
| Rated Power Consumption | Configuration-dependent; subject to laser power, computer, enclosure, exhaust system and optional accessories |
| Operating Environment | Clean, dry and well-ventilated indoor environment; avoid dust, condensation, strong vibration and unstable power supply |
| Safety Requirement | Proper grounding, emergency stop, suitable laser protective eyewear or protective enclosure, safety interlock where applicable, and effective fume extraction |
FOB Qingdao Price Matrix
| Model | Size | FOB Qingdao Price (USD) |
|---|---|---|
| FL-MM-75-20 W | 75×75 mm | $1,890 |
| FL-MM-75-30 W | 75×75 mm | $2,090 |
| FL-MM-75-50 W | 75×75 mm | $2,690 |
| FL-MM-75-100 W | 75×75 mm | $4,590 |
| FL-MM-75-200 W | 75×75 mm | $7,290 |
| FL-MM-100-20 W | 100×100 mm | $1,890 |
| FL-MM-100-30 W | 100×100 mm | $2,090 |
| FL-MM-100-50 W | 100×100 mm | $2,690 |
| FL-MM-100-100 W | 100×100 mm | $4,590 |
| FL-MM-100-200 W | 100×100 mm | $7,290 |
| FL-MM-200-20 W | 200×200 mm | $1,990 |
| FL-MM-200-30 W | 200×200 mm | $2,190 |
| FL-MM-200-50 W | 200×200 mm | $2,790 |
| FL-MM-200-100 W | 200×200 mm | $4,690 |
| FL-MM-200-200 W | 200×200 mm | $7,390 |
| FL-MM-300-20 W | 300×300 mm | $2,140 |
| FL-MM-300-30 W | 300×300 mm | $2,340 |
| FL-MM-300-50 W | 300×300 mm | $2,940 |
| FL-MM-300-100 W | 300×300 mm | $4,840 |
| FL-MM-300-200 W | 300×300 mm | $7,540 |
Need Help Choosing a Configuration?
Tell us your material, size/thickness and daily output.
Core Components
MOPA Laser Source
- Brand / Model
- JPT / Raycus / MAX / IPG; exact model subject to selected power and configuration
- Function
- Generates a 1064 nm pulsed fiber laser with adjustable pulse characteristics for marking, color processing and engraving.
- Why It Matters
- The laser source determines pulse-control range, marking quality, color consistency, processing capability and long-term operating stability.
Galvanometer
- Brand / Model
- High-speed digital galvanometer; brand and model subject to configuration
- Function
- Rapidly directs the laser beam along the X and Y axes to reproduce text, logos, QR codes and detailed graphics.
- Why It Matters
- Scanning accuracy and response speed directly affect marking speed, edge sharpness, geometric accuracy and production consistency.
F-theta Lens
- Brand / Model
- Field lens for 75 × 75 / 100 × 100 / 200 × 200 / 300 × 300 mm marking areas
- Function
- Focuses the laser beam and maintains a relatively flat focal plane across the selected marking field.
- Why It Matters
- The selected lens determines marking area, working distance, laser spot size and achievable detail quality.
Control Board
- Brand / Model
- EZCAD-compatible laser marking controller; exact board model subject to configuration
- Function
- Coordinates the laser source, galvanometer, marking parameters, external signals and control-software commands.
- Why It Matters
- A stable controller improves synchronization, file compatibility, parameter control and integration with production equipment.
Workstation
- Brand / Model
- Portable, desktop, integrated or enclosed workstation; subject to selected machine design
- Function
- Supports the laser source, marking head, worktable, control system and workpiece-positioning components.
- Why It Matters
- The workstation affects installation space, operator convenience, processing safety, workpiece capacity and production workflow.
Rotary Fixture
- Brand / Model
- Optional rotary attachment; chuck diameter and motor type subject to workpiece size
- Function
- Rotates cylindrical workpieces in synchronization with the marking program for circumferential or curved-surface marking.
- Why It Matters
- It enables accurate marking on rings, tubes, cups, bearings and other round components without manual repositioning.
Configuration Options
| Option | Standard / Optional | Recommended For | Effect on Price / Lead Time |
|---|---|---|---|
| Color Marking Package | Optional | Manufacturers requiring controlled color marking on stainless steel, titanium and suitable decorative metal products | Moderate price increase. Material testing and parameter development may extend preparation time before shipment. |
| Rotary Attachment | Optional | Rings, bearings, tubes, cups, tools and other cylindrical or curved workpieces | Small to moderate price increase. Standard rotary devices usually have limited effect on lead time; customized fixtures require additional preparation. |
| CCD Vision System | Optional | Small parts, irregularly positioned workpieces, batch loading and applications requiring automatic visual positioning | Significant price increase. Camera calibration, software integration and sample testing generally increase production and commissioning time. |
| Enclosed Workstation | Optional; standard when an enclosed machine model is selected | Workshops requiring improved laser protection, fume control, operator safety and a cleaner processing environment | Moderate to significant price increase. Custom enclosure size, interlocks and extraction interfaces may extend lead time. |
Standard Configuration Includes
- MOPA fiber laser source
- digital galvanometer
- F-theta field lens
- EZCAD-compatible control system
- adjustable lifting column
- marking worktable
- machine cabinet or frame
- basic operating controls and air-cooling system.
Options Requiring Engineer Confirmation
- Exact laser-source brand and model
- pulse-width and frequency range
- 20W–200W laser power
- marking area
- rotary-fixture size
- CCD vision system
- enclosed workstation
- automated conveyor integration
- fume extractor
- customized fixture and destination-country electrical standard.
Service and Delivery
| Stage | Customer Provides | FerroLaser Delivers | Estimated Time |
|---|---|---|---|
| Requirement Review | Material type, workpiece dimensions, desired marking effect, daily output, destination country and local voltage | Application assessment, recommended laser power, marking-area selection, machine model and preliminary quotation | 1–2 business days |
| Configuration & Testing | Workpiece samples, artwork files, QR-code requirements, color or engraving expectations and acceptance criteria | Machine configuration, sample testing, parameter optimization, marking photos or videos and sample-test report | 5–10 business days after sample receipt |
| Packaging & Shipping | Confirmed trade terms, consignee details, destination port or address and required shipping documents | Quality inspection, export plywood case, operating documents, packing list, commercial invoice and logistics coordination | 3–7 business days after order completion |
| Installation & Support | Suitable installation space, stable power supply, grounded electrical connection, computer or network access and assigned operators | Remote installation guidance, software setup, operator training, parameter support, troubleshooting and after-sales assistance | 1–2 business days for remote setup after delivery |
Warranty
1-year warranty for the machine, subject to the confirmed sales contract. Consumables, damage caused by improper operation and unauthorized modification are normally excluded.
After-Sales Response
Recommended commitment: initial response within 12 business hours. Remote diagnosis is provided first, followed by spare-parts guidance or on-site service when required and commercially agreed.
Spare Parts
Long-term support for protective lenses, F-theta lenses, galvanometer components, control boards, power supplies, switches, rotary-fixture parts and other commonly used components, subject to stock availability and the confirmed machine configuration.
Customer Cases
Anonymized Electronics Component Manufacturer
- Market
- North America
- Challenge
- The customer required permanent black QR codes, model numbers and serial numbers on anodized aluminum housings. The marks needed to remain readable without damaging the surrounding coating or creating excessive heat deformation.
- Configuration
- 30W MOPA fiber laser, 100 × 100 mm marking field, EZCAD-compatible controller and customized positioning fixture
- Material / Workpiece
- Gray anodized aluminum electronic housings and identification plates
- Solution
- FerroLaser engineers established a parameter library using controlled pulse width, frequency, scanning speed and hatch spacing. A positioning fixture was added to maintain consistent QR-code placement during batch production.
- Evidence
- Marked-sample photographs, QR-code scanning video, test-parameter sheet and customer acceptance report
Anonymized Premium Metal Product Manufacturer
- Market
- Europe
- Challenge
- The customer needed consistent blue, gold and purple decorative marking on stainless steel and titanium products. Conventional fiber marking produced limited color control and inconsistent results between different material batches.
- Configuration
- 50W MOPA fiber laser, 100 × 100 mm marking field, adjustable pulse parameters and optional rotary attachment
- Material / Workpiece
- Stainless steel tags, titanium accessories, rings and premium customized metal products
- Solution
- The application team tested different pulse-width and frequency combinations for each required color. Fixed-focus positioning, surface cleaning and separate parameter files were used to improve repeatability.
- Evidence
- Color-marking sample photographs, production video, parameter library and customer feedback or inspection report
FAQ
What is the difference between a MOPA and a standard fiber laser marker?
MOPA lasers offer wider pulse-width and frequency adjustment, providing better control over heat, contrast, color and engraving depth. They are better suited for color marking, black marking and heat-sensitive materials.
Can it create color marks on stainless steel?
Yes. It can produce blue, gold, purple and other colors on suitable stainless steel. Results depend on material grade, surface condition and marking parameters, so sample testing is recommended.
Can it make black marks on anodized aluminum?
Yes. MOPA technology can create clear, high-contrast black marks on suitable anodized aluminum. The final darkness depends on the anodizing quality, coating thickness and selected parameters.
How do pulse width and frequency affect marking?
Pulse width affects peak power, heat input and marking depth. Frequency influences pulse density, contrast and processing speed. Both should be adjusted together with power, speed and hatch spacing.
Which plastics are suitable?
Laser-markable ABS, PC, PA, PMMA and plastics with laser additives may be suitable. Because pigments and fillers affect results, actual material samples should be tested before production.
How are the correct parameters confirmed?
Engineers test pulse width, frequency, power, speed, hatch spacing, focus and pass count on the actual material. Approved settings should be recorded with sample photos or test reports.
