The Only Choice for Engraving Metal – MOPA Fiber Laser

With 17 adjustable waveforms, our metal laser engravers create indelible, high-contrast marks for traceability in aerospace, military, and industry, while unlocking colour marking and unique effects not possible with standard fiber lasers.

Why Choose MOPA Fiber for Laser Engraving Metal?

Metal laser engraver technology has become so pivotal that it is used extensively in both big industries and smaller-scale applications.

A MOPA fiber metal engraving machine offers exceptional control and versatility, delivering permanent, wear-resistant markings for industrial traceability and high-end personalisation.

How do our fiber systems differ?

Unlike standard MOPA and Q-Switch fiber lasers, our own propriety laser sources provide 17 adjustable waveforms, allowing for consistent colour marking, fine tonal control, advanced effects, and better reliability, expanding possibilities on stainless steel, titanium, and more. From pipes, fittings, serialisation and QR codes to intricate branding on jewellery, tech, and medical equipment, this technology ensures unmatched precision and durability.

Furthermore, most of our Meta range boasts true 3D capabilities as standard, unmatched speed, automation options (such as COBOT’s or database systems), plus they are all backed by our 10-year comprehensive warranty.

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Meta-C 3D MOPA Fiber Laser Engraving MachineSweden3.jpg?w=450&h=450&scale - metal laser engraver

Meta-C 3D • Fiber Laser Engraving Machine

First introduced in 2012 and now in its 7th incarnation, the Meta-C MOPA fiber laser engraving machine is built for 24/7 use over decades, it has a track record of near zero failures over millions of flawless operations and features our latest 3D laser head (3-Axis). The Meta-C 3D MOPA Fiber Laser Engraver is the most versatile and powerful laser solution for your business.

Power (W): 30, 60, 80
Worktable (mm): 350 x 350
Materials: Most Metals, Stone, Some Plastics
Fibre Laser Technology - metal laser engraver3D Laser Beam Delivery 1 - metal laser engraver

nMeta Desktop Fiber Laser EngravernMeta Desktop Laser Engraving Machine

nMeta Desktop • Fiber Laser Engraver

A true desktop laser engraver, nMeta has a 30% smaller footprint than leading industrial fiber laser engraving machines meaning it will fit on most work-surfaces. Ideal for engraving metals and plastics in workshops, jewellers and most commercial environments.

Power (W): 30
Worktable (mm): 250 x 250
Materials: Most Metals, Stone, Some Plastics
Desktop MOPA Fiber Laser SystemStandard 2D Laser

Meta-XY Batch Laser Part Marking SolutionMeta-XY UV CO2 Fiber laser engraving

Meta-XY • Laser Part Marking Machine

Designed for batch coding and laser part marking, the Meta-XY handles large projects across multiple locations with precision and speed. Its spacious work area supports any of our laser sources, while fast, automated doors and a high-speed head maximize throughput without sacrificing quality.

Power (W): 5, 10, 15, 30, 60, 80, 100
Worktable (mm): 700 x 500
Materials: All (available with any laser source)
Multiple Laser Types Available - metal laser engraver3D Laser Beam Delivery 1 - metal laser engraver

Fiber Laser Engravertopl soho farmhouse.jpeg?w=450&h=450&scale - metal laser engraver

µMeta • MOPA Fiber Laser Marking Machine

No other MOPA fiber laser marking machine at this price point matches µMeta’s performance and functionality. Built with the same high-grade components as the Meta line, it’s a compact powerhouse with 17 waveforms, perfect for color marking and engraving tough materials.

Power (W): 30, 60
Worktable (mm): 300 x 300
Materials: Most Metals, Stone, Some Plastics
Standard 2D LaserFibre Laser Technology - metal laser engraver

Popular Types of Metal Perfect for Fiber Laser

Read more about some of the many metals you can laser engrave, mark or cut…

Laser Etching Metal

For manufacturers of car parts, aerospace, engineering and more; a traceability system is critical to quality monitoring. The use of a laser etching machine for metal parts ensures that these marks are permanent, resistant to a lot of friction and heat and will remain long into the future.

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Personalised Laser Etching

In addition to engineering parts and tools, laser etching machines are used for metal promotional gifts, jewellery, and branding. Personalised items made of metal often include bottles, lighters, shavers, cutlery, picture frames, key fobs, and much more. Laser engraving provides versatility and accuracy when portraying a personalised result.

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laser engraved phone case scaled 1 - metal laser engraver

How it works

A laser engraving machine removes only a thin layer of the metal material to make permanent marks and not enough to cause any structural damage, typically fibre systems are the best to achieve this effectively. Higher intensity machines can be used to cut the metal.

Another interesting process is that of annealing, as used by a multitude of our customers, annealing does not remove material, but in contrast it alters the metal at a molecular level – resulting in a change of colour.

Metal Engraving Laser Uses

Aside from components, a fibre laser machine can be used to make legible marks on common engineering tools such as callipers, spanners and drill bits. Some of these parts require a high level of accuracy, making a metal engraving laser a particularly suitable technology for marking characters that are still legible at 1-point size. With measuring tools, the precision and accuracy of the markings are critical. The automated aspect of a laser etching machine delivers superior repeatability and consistency, ensuring that measuring tools are marked and positioned perfectly.

Metal Type Suitability

The types of metals that a laser engraver can be used on are as varied as its applications. Make resilient marks on stainless steel, soft metals, hardened metals, alloys, titanium, brass, copper, carbides, high-speed steels, aluminium, anodised metals, coated metals, and precious metals such as silver and gold. With the right equipment and experienced operator, switching over from one metal to another can be as simple as a couple of clicks.