60W MOPA Fiber Laser Marking Machine：Color & Metal Marker
60W MOPA Fiber Laser Marking Machine：Color & Metal Marker
$ 4,400
- 60W JPT MOPA M7 source: adjustable 2–350 ns pulse width and 1–4,000 kHz repetition range for black-mark, color and fine-contrast process development.
- Production-oriented output: up to 8,000 mm/s scanner reference and a standard 110 × 110 mm field; real cycle time depends on artwork, fill density and acceptance criteria.
- Typical materials: stainless steel, carbon steel, coated metals, anodized aluminum and selected engineered plastics after qualification.
- Buyer guidance: define the required appearance, scanner grade, durability, field size and cycle time before choosing optics, fixtures and extraction.
- Application review: send material grade, finish, mark size and target result for configuration and pricing.
60W JPT MOPA Fiber Laser for Black, Color & Production Metal Marking
One Platform for Tunable MOPA Marking
HS-FL60M combines a 60W JPT MOPA M7 source with adjustable pulse width and frequency for black-mark development on 304/316 stainless steel, selected color effects, high-contrast anodized-aluminum marking and general metal identification. The wider process window helps operators tune contrast, texture, heat input and cycle time—but the final result still depends on alloy, finish, geometry, optics and the acceptance test.
Why Buyers Choose the 60W MOPA Configuration
- 2–350 ns pulse-width range: gives more control than a fixed or narrow-pulse Q-switched source.
- 1–4,000 kHz repetition range: supports recipe development for dark, color and fine-contrast marking.
- 60W rated output: useful when cycle time and production throughput matter as well as mark appearance.
- Up to 8,000 mm/s scanner reference: actual production speed is determined by fill density, code size, contrast target and verification requirements.
- 110 × 110 mm standard field: confirm the field lens and fixture before ordering if the part or code is larger.
Production Capability with a Defined Acceptance Test
The machine can support decorative color work, black marks, serial numbers, logos and 2D codes on suitable metals. For a production purchase, define the target result first: visual color, scanner readability, abrasion resistance, corrosion response or cycle time. HT Marker can then recommend a starting configuration and identify when a coupon or real-part trial is worthwhile.
Vivid Color
High Contrast
Ultra Speed
Smart Control
Black and Color Development on Stainless Steel
MOPA pulse control gives operators a wider tuning window on suitable stainless steel and titanium. Color and darkness are produced by controlled surface response, so alloy grade, finish, cleaning condition, hatch spacing, focus and viewing angle must be held consistent. Treat sample images as achievable examples, not a universal result for every part.
High-Contrast Marking on Anodized Aluminum
MOPA settings can produce high-contrast marks on many anodized-aluminum finishes. The outcome depends on anodize chemistry, color, thickness and whether the process removes, lightens or modifies the surface. Validate the actual enclosure or a matching coupon when coating integrity and appearance are important.
60W Output for Throughput and Recipe Headroom
The 60W JPT MOPA M7 configuration combines adjustable pulse control with higher rated output for production marking. Published reference values are 2–350 ns pulse width, 1–4,000 kHz repetition range, up to 8,000 mm/s scanner speed and a standard 110 × 110 mm field. Final cycle time must be measured with the real artwork, fill density, material and acceptance criteria.
Material Range—Qualified by the Actual Part
Typical targets include stainless steel, carbon steel, coated metals, anodized aluminum and selected engineered plastics. A material name alone is not enough: provide alloy or resin grade, finish, color, part geometry, code size and required result. For heat-sensitive plastics or corrosion-critical black marks, qualify the process before production.
Applications
Use the HS-FL60M where pulse flexibility and 60W output solve a defined marking task: black or color development on suitable stainless steel, high-contrast marks on anodized aluminum, production identification on metal parts, and selected plastic applications after testing. The examples below show target applications; they do not replace material qualification.
Consumer Electronics
Personalized Gifts & Jewelry
Medical Instruments
Automotive & Aerospace
Tool & Hardware Manufacturing
Packaging & Plastic Products
Technical Parameters
| Model | HS-FL60M |
| Laser Type | Fiber Laser, JPT MOPA M7 |
| Output Power | 60W |
| Pulse Duration | 2 ~ 350 ns |
| Pulse Repetition Rate Range | 1 ~ 4000 kHz |
| Marking Speed | 0 – 8000 mm/s |
| Marking Area | 110mm × 110mm |
| Working Accuracy | 0.01 mm |
| Minimum Character | 2mm × 2mm |
| Mode of Operation | Pulsed |
| Control Software | EZCAD |
| Graphic Format Supported | AI, PLT, DXF, BMP, DWG, LAS, DXP |
| Applicable Material | Metal & Select Engineered Plastics |
| Cooling Mode | Air Cooling |
| Electrical Requirements | 110V – 240V / 50Hz – 60Hz |
Why choose HT Marker?
Comprehensive Marking Ecosystem
HT Marker can help match the MOPA source, field lens, rotary fixture, extraction and software workflow to the part. For a useful recommendation, provide the alloy or material grade, surface finish, mark size, field size, target cycle time and whether the result is decorative, traceability-focused or scanner-verified.
Before shipment, confirm the order-specific inspection checklist, marking trial, accessories and documentation package. If an aging test or recorded sample result is quoted, include it in the sales order so the acceptance scope is clear and verifiable.
Available declarations, labels and safety documentation depend on the selected source, electrical configuration and destination. HT Marker can provide the documents included with the quoted machine for review before purchase. Photo/video review is normally enough for initial process selection; a representative coupon or real part can be arranged when physical validation is necessary.
What HT Marker buyers say
Each review shows what the customer bought, so you can see which machine it is about.
The 3D Crystal Laser Engraving Machine exceeded my expectations. The build quality is solid, and the output is crisp. Knowing the machine passed rigorous international testing gave me the confidence to invest in this technology for my gallery.
I appreciated the professional technical support. The team helped me fine-tune the settings for my specific stainless steel alloy through their sample testing service before I committed to the purchase. The machine arrived perfectly calibrated for my needs.
Questions about a model? Ask our team.
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Frequently Asked Questions
Can a 60W MOPA laser make black marks on 304 or 316 stainless steel?
It can develop dark, high-contrast marks on suitable 304/316 stainless steel, but darkness, gloss, texture, viewing angle and corrosion response depend on alloy, finish and recipe. Validate the real surface and use a code verifier when a formal Data Matrix grade is required.
When should I choose MOPA instead of a standard Q-switched fiber laser?
Choose MOPA when adjustable pulse width and frequency are valuable for black-mark development, color effects, fine contrast control or sensitive materials. A standard Q-switched source remains a cost-effective choice for many serial numbers, logos, light etching and deeper engraving tasks.
Can the same settings create color on every stainless-steel part?
No. Alloy, brushed or polished finish, surface cleaning, focal position, hatch spacing and heat accumulation all affect the result. Build a labeled parameter matrix on the actual material and lock the approved recipe once the target is met.
What information is needed for a useful marking trial or quotation?
Send the material/alloy or resin grade, surface finish, part dimensions, marking field and code size, desired appearance or verification grade, target cycle time, and artwork. Photos or a short video are usually enough for initial selection; a matching coupon or real part is useful when physical validation is required.
What maintenance and service items should I plan for?
No ink or marking chemical is needed, but plan routine optics and extraction maintenance. Inspect the protective window/lens for contamination, keep cooling-air paths clear, replace extraction filters according to the material and workload, and check the fixture and focus before repeating an approved colour or black-mark recipe. A dirty optic or changed focus can shift contrast even when the saved parameters are unchanged. The laser-source life reference is not a maintenance-free rating for the complete workstation.
What warranty, lead time and shipping terms apply?
HT Marker’s published service offer includes a one-year warranty for covered key components, lifetime technical support and remote diagnostics within 24 hours. Most orders are processed and tested within 3–5 business days; shipping commonly takes 5–10 business days depending on destination. For this 60W MOPA configuration, the quotation should identify the laser source/controller, lens and enclosure or extraction options, exact warranty coverage, Incoterm and order-specific delivery date.
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