Made in Britain · ISO 9001 Certified · 3D Dynamic Focus

MOPA Fiber Laser Marking Machines

Engineered for high-speed metal traceability, black annealing, and pulse-controlled color marking across industrial supply chains.

Trusted by Global Aerospace, Automotive & Medical Manufacturers

Bosch manufacturing client Schneider Electric global industrial brand Bushmills distillery De Montfort University research partner Good Empire manufacturing Versapak tamper evident security Badgemaster industrial identification The Perfume Shop retail branding
Laser Systems Range

Industrial MOPA Fiber Laser Marking Workstations

From compact desktop fiber engravers to 3D dynamic focus workstations and automated XY motorized batch marking platforms, Lotus MOPA fiber laser systems offer 17 selectable pulse waveforms for unmatched application flexibility.

Meta-C 3D MOPA fiber laser engraving workstation
3D Workstation · Class 2 Enclosure

Meta-C 3D Fiber Laser

Designed for 24/7 continuous industrial production with standard 3-axis dynamic focus. Ideal for complex curved parts, deep metal engraving, and corrosion-resistant black annealing.

Meta-XY automated fiber laser part marking machine
Automated Batch Marking

Meta-XY Fiber Part Marker

Features a motorized XY table capable of batch marking hundreds of components automatically in one operational cycle. Perfect for high-volume UID data plates and component trays.

uMeta compact fiber laser marking system
Compact Footprint · 17 Waveforms

µMeta Fiber Laser

High-speed, compact industrial MOPA fiber engraver engineered for metal and technical plastic marking. Features 17 selectable pulse durations for delicate oxide color marking.

Meta-XY XL large format laser engraver
Large Format · 1000x600mm Bed

Meta-XY XL Large Format

High-capacity laser marking workstation equipped with an expansive 1000x600mm motorized work bed, designed for large industrial panels, oversized sheet metals, and bulk components.

nMeta desktop fiber laser engraver
Desktop Footprint · Lab Ready

nMeta Desktop Fiber

Provides true industrial-grade MOPA laser performance in a 30% smaller footprint. Fits standard workbench surfaces for precision engineering, toolrooms, and technical labs.

Meta-i inline laser coding machine
Inline Integration · Continuous Line

Meta-i OEM Laser Coding Head

Modular OEM laser marking unit built for seamless integration into existing conveyor lines, robotic cells, and high-speed automated production equipment.

Engineering Specifications

Compare MOPA Fiber Laser Machine Models

Review standard physical footprints, work bed capacities, lens marking fields, and Z-axis stroke dimensions across our MOPA fiber laser product line.

System Model Machine Footprint (W x L) Laser Power Options Work Bed Size Marking Field Options Z-Axis Stroke Focus Control
nMeta Desktop 395mm x 595mm 30W MOPA (17 Waveforms) 250mm x 250mm 70x70mm / 112x112mm / 174x174mm 200mm 2D Manual Focus
µMeta Compact 450mm x 1097mm 30W / 60W MOPA 300mm x 300mm 112x112mm / 174x174mm / 220x220mm 368mm 2D Precision Focus
Meta-C Workstation 700mm x 1000mm 30W / 60W / 80W / 200W MOPA 400mm x 400mm Up to 300mm x 300mm Field 400mm 3D Dynamic Focus
Meta-XY Automated 800mm x 1200mm 30W / 60W / 80W MOPA 600mm x 400mm Up to 300mm x 300mm Field 450mm 3D Dynamic Focus
Meta-XY XL Large Format 1000mm x 1600mm 30W / 60W / 80W / 200W MOPA 1000mm x 600mm Oversized Multi-Field Scan Area 500mm 3D Dynamic Focus
Meta-i Inline Head Custom Integration Head 30W / 60W / 80W MOPA Inline Conveyor Ready Configurable to Automation Line Customizable 3D Dynamic Focus

* All systems feature Class 2 safety laser enclosures, CE certification, and ISO 9001 compliant manufacturing. Custom lens configurations available upon request.

Technology Edge

Why MOPA Fiber Outperforms Q-Switched Lasers.

MOPA (Master Oscillator Power Amplifier) technology allows operators to independently adjust pulse width (duration) and frequency. This precise temporal control eliminates thermal stress, preventing melting or burning on delicate substrates while maximizing energy peak density.

17 Selectable Waveforms

Pulse durations ranging from 2ns to 500ns give total control over energy input for delicate surface treatment.

3D Dynamic Focus Standard

3-axis galvo head continuously adjusts focal length across multi-level stepped, angled, and cylindrical parts.

Corrosion-Free Black Anneal

Produce high-contrast black marks on stainless steel and titanium without removing the protective oxide layer.

Zero Polymer Burning

Mark high-density engineering plastics (ABS, Polycarbonate, Nylon) with dark contrast and zero thermal deformation.

Vibrant Color Oxide Marking

Controlled oxide layer creation produces consistent, repeatable colors on stainless steel and titanium components.

100,000+ Hour MTBF

Industrial solid-state fiber laser source built for continuous 24/7 manufacturing with near-zero laser maintenance.

Material Compatibility

Engineered for Technical Alloys & Polymers

Proven application performance across global supply chains. Send us your materials for free sample testing and optical verification in our Basildon applications lab.

Corrosion-resistant black anneal QR code laser marking on 316 stainless steel MOPA Fiber

Stainless Steel (304 / 316)

Black Annealing & UDI Coding

Corrosion-resistant, non-destructive black marks for medical instruments, food-grade packaging, and aerospace fittings.

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High-contrast white laser marking on anodised aluminium plate MOPA Fiber

Anodised Aluminium

White High-Contrast Marking

Sharp, high-speed ablation of surface anodization layer for high-density barcodes, DataMatrix codes, and rating plates.

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Laser marking on ABS engineering plastic Short Pulse MOPA

ABS & Technical Plastics

Foaming & Color Change

High-contrast dark or light marking on consumer electronics, automotive switches, and enclosures without surface charring.

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Titanium oxide laser color marking sample Waveform Tuning

Titanium & Precious Metals

Oxide Color Spectrum

Repeatable colored oxide layer creation on medical implants, aerospace fasteners, and luxury watches without chemical additives.

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Validate your specific component material with our application engineers.

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Industry Standard Traceability

Built for Regulated Global Sectors

Lotus MOPA fiber laser systems produce permanent, traceable markings compliant with international manufacturing standards across high-reliability supply chains.

Aerospace (SAE AS9132)

Non-destructive, zero-stress 2D DataMatrix marking on turbine blades, engine components, and airframe alloy structures.

Automotive (VIN & DMC)

Indelible high-contrast direct part marking on brake calipers, transmission gears, sensors, and structural chassis components.

Medical Devices (GS1 UDI)

Passivation-resistant, smooth black annealing on stainless scalpel handles, orthopaedic implants, and surgical instruments.

Defence (MIL-STD-130)

Permanent UID asset marking on firearm receivers, tactical gear, defense electronics, and military hardware data plates.

Technical FAQ

Frequently Asked Questions for Global Procurement

Direct technical answers from our laser applications team regarding MOPA fiber technology, international support, and compliance.

What is a MOPA fiber laser used for in industrial manufacturing?

MOPA (Master Oscillator Power Amplifier) fiber lasers offer adjustable pulse duration and frequency. They excel at high-contrast black annealing on surgical stainless steel, zero-burn marking on polymers, fine color marking on titanium/stainless steel, and high-speed deep metal engraving for UID, VIN, and UDI compliance.

How does MOPA fiber laser compare to standard Q-switched fiber lasers?

Unlike fixed-pulse Q-switched fiber lasers, MOPA technology features up to 17 independently selectable pulse durations (waveforms). This flexibility allows operators to deliver high peak power at low heat inputs, preventing material deformation or surface degradation on sensitive alloys and technical engineering plastics.

Can Lotus MOPA fiber laser machines mark 3D curved surfaces?

Yes. Most Lotus Meta MOPA systems feature integrated 3-axis dynamic beam delivery as standard. The system dynamically adjusts focal depth across stepped, inclined, cylindrical, or complex 3D surfaces without requiring mechanical Z-axis indexing.

What industrial compliance standards do your marking machines meet?

Lotus MOPA fiber laser machines deliver permanent high-density 2D DataMatrix and barcodes complying with MIL-STD-130 (UID), GS1 UDI for medical devices, SAE AS9132 for aerospace, and ISO/IEC 15415 quality standards.

What international warranty and technical support do overseas buyers receive?

International buyers receive 3 to 5 year comprehensive warranties supported through our global authorized distributor network across 46 countries, backed directly by senior applications engineers at our UK headquarters in Basildon, Essex.

UK Engineered · Global Support

Request a Free MOPA Sample Mark on Your Materials

Send your physical component samples to our Basildon applications lab. Our engineering team will optimize laser pulse parameters and provide a comprehensive test report along with marked samples.

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Call +44 1268 567540 · Email [email protected]