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Starting at
£24,999
L-PBF & DED Systems

Industrial Metal
3D Printing Systems
for Precision Manufacturing

Simplify the way you design, prototype and manufacture complex metal components with industrial metal 3D printing systems built for accuracy, reliability and long-term performance. Designed with open control for greater flexibility, precision and innovation.

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The Case For Metal Additive Manufacturing

Why Metal 3D Printing?

Conventional manufacturing can limit design freedom, making some components difficult, expensive, or even impractical to produce. Today's manufacturers need faster development, lower material waste, and the flexibility to create parts that conventional machining cannot produce. Industrial metal 3D printing makes this possible through advanced metal additive manufacturing, allowing engineers to move from digital design to functional metal components with greater efficiency.

Design Freedom
Faster Development
Less Material Waste
Complex Geometries
Our Metal 3D Printing Systems

Explore Our Metal Additive
Manufacturing Systems

Different applications require different approaches to metal additive manufacturing. Lasefinity develops systems for precision metal printing, research, prototyping and industrial applications, giving you the flexibility to choose the technology that fits your requirements.

Laser Powder Bed Fusion (L-PBF)

FusionX
FusionX
A precision laser powder bed fusion system for metal 3D printing, offering control over energy delivery for fine-detail builds and advanced material development across stainless steel, titanium, superalloys and high-entropy alloys.
Build Volume: 100 × 100 × 80 mm
Laser Power: 500 W
Materials: SS, Ti, Superalloys & More
Starting at£24,999
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Wire-Fed Directed Energy Deposition (DED)

WireX
WireX
A compact wire-fed DED metal 3D printer designed for research, education and prototyping. By using metal wire instead of powder, WireX avoids the powder-handling concerns associated with conventional powder-bed systems, making it well suited to shared research and educational environments.
Build Volume: 150 × 150 × 170 mm
Laser Power: 900 W
Wire-Fed DED — No Powder Dust Risk
Starting at£24,999
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500W Industrial Fibre Laser Source

LaseX1
LaseX1
A high-performance 500W fibre laser source designed for industrial material processing, additive manufacturing and OEM integration. With stable power delivery from 10–100%, flexible control and a compact 14.5 kg design, it is built for integration into laser systems, CNC equipment and custom automation platforms.
Power: 500 W Fiber Laser
Wavelength: 1080 ± 10 nm
Applications: Cutting, Welding, SLS/SLM
Starting at£4,999£3,999
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Industries We Serve

Powering Innovation Across Industries

Aerospace
Defense
Automotive
Heavy Engineering
Maritime
Research & Labs
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Why Choose Lasefinity?

Built Around The Way You
Develop & Manufacture

Every manufacturing challenge is different. That's why Lasefinity's metal 3D printing systems give researchers and manufacturers the flexibility, precision and control needed to produce high-quality metal components.

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Open Process Control
Develop and refine your own process parameters rather than working within a closed system, giving research teams and engineers greater flexibility when testing new materials, geometries and applications.
Designed for Research and Industry
From university research and early-stage prototyping to industrial development, our systems support applications where process flexibility and experimentation matter.
Real Process Monitoring
FusionX provides layer-by-layer process monitoring, while WireX uses back-reflection melt-pool monitoring to help you understand and control the deposition process.
Advanced Metal Additive Manufacturing
Produce complex geometries with less material waste using advanced metal additive manufacturing technology and open process control.
Built Around Your Application
Every manufacturing challenge is unique. Lasefinity's metal 3D printing systems can be customised to suit your materials, applications and production requirements.
Different Technologies for Different Applications
Lasefinity isn't limited to a single approach. Our products include laser powder bed fusion and wire-fed directed energy deposition systems, so you choose the technology that fits your application.
Designed to Grow
Built to support the future of industrial metal 3D printing with scalable systems that adapt to evolving manufacturing requirements.
Support From Installation to Application Development
From installation and operator training to application guidance and technical support, our team helps you move from machine delivery to your first successful builds.

Frequently Asked Questions

Got Questions? We've Got Answers

What industries benefit most from industrial metal 3D printing?

Industrial metal 3D printing is widely used across industries such as automotive, aerospace, defence, maritime, research and advanced manufacturing, where precision, high-performance metal components are required. Our systems support everything from rapid prototyping to production, helping manufacturers reduce material waste and accelerate product development.

Which metals can be processed using your systems?

Lasefinity's metal 3D printing systems are compatible with a wide range of metals, depending on the machine configuration and application. Whether you are working with stainless steel, titanium or other metal powders, our metal additive manufacturing solutions are built to deliver consistent and reliable results.

What factors influence the cost of a metal 3D printer?

The metal 3D printer price depends on several factors such as build volume, laser power, material compatibility, software capabilities and the intended application. Our team can help you choose a system that best matches your manufacturing requirements and budget.

Which metal additive manufacturing technology is suitable for my application?

The right technology depends on your material, part geometry, size, development goals and production requirements. Lasefinity offers both Laser Powder Bed Fusion (L-PBF) and wire-fed Directed Energy Deposition (DED) systems, and our team can help you determine which approach is best suited to your application.

Do you offer support for machine installation and training in the UK?

Yes. We provide installation, operator training and ongoing technical support across the UK to help customers get the most from their metal 3D printing systems. Our engineering team is available to assist throughout the installation and onboarding process.

Can your systems be integrated into existing manufacturing workflows?

Yes. Our systems are designed to integrate with existing manufacturing environments, whether you're introducing a desktop metal 3D printer for research or expanding industrial production with advanced metal additive manufacturing solutions.

How can I request a quotation for a metal 3D printing system?

Tell us about your application, materials, part requirements and development or production goals. Our team will review your requirements, recommend the most suitable system and provide a detailed quotation tailored to your needs.
Knowledge Hub

Latest From
The Lab

View All
Combining Additive and Subtractive Manufacturing for Better Metal Parts
Technology15 May 2025
Combining Additive and Subtractive Manufacturing for Better Metal Parts

Hybrid manufacturing systems are addressing the limitations of metal 3D printing by combining additive and traditional processes into a single platform — enabling better surface finish, dimensional accuracy, and in-situ component repair.

Read Article
L-PBF Is Pushing the Limits of Complex, Compact Heat Sink Design
Innovation28 Apr 2025
L-PBF Is Pushing the Limits of Complex, Compact Heat Sink Design

Laser Powder Bed Fusion enables TPMS lattice heat sinks with surface areas and geometric complexity impossible to achieve through conventional manufacturing — opening new frontiers in thermal management for aerospace and electronics.

Read Article
The Future of Tool Manufacturing with Metal Additive Technologies
Manufacturing10 Apr 2025
The Future of Tool Manufacturing with Metal Additive Technologies

Metal AM is reshaping how dies, molds, and cutting tools are produced — but process-induced defects remain the critical challenge. Understanding how porosity, residual stress, and cracking affect tooling alloys is key to unlocking industrial adoption.

Read Article
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Let's Shape The
Future of Metal Manufacturing

Tell us about your application, material requirements or production goals. Our engineers will help you configure the right industrial metal 3D printing system for your needs. We'll get back to you within 24 hours.

48hResponse Time
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100%Custom Config
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Ready To Build
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