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L-PBF & DED Systems

Affordable Industrial-Quality
Metal 3D Printing
with Open Control.

L-PBF and DED systems engineered for complex manufacturing, research, and product development.

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Our Products

Precision Systems
Built to Perform

Laser Powder Bed Fusion
FusionX
FusionX
Industrial-Grade L-PBF. Precision You Can Rely On.
Build Volume: 100 × 100 × 80 mm
Laser Power: 500 W
Materials: SS, Ti, Superalloys & More
Starting at£24,999£19,999
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Desktop DED System
WireX
WireX
Compact. Capable. Ready for Research.
Build Volume: 150 × 150 × 170 mm
Laser Power: 900 W
Wire-Fed DED — No Powder Dust Risk
Starting at£24,999£19,999
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Industrial Fiber Laser
LaseX1
LaseX1
Engineered for Precision & Stability
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

Research-Driven.
Industrial-Grade.
Built Around You.

Lasefinity delivers affordable industrial-grade systems for research, prototyping, and manufacturing—backed by engineering expertise, customization, and customer support you can count on.

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Affordable Industrial Access
Industrial-grade technology made more accessible without compromising quality.
Industrial-Grade Standards
Machines engineered for reliable professional performance and serious applications.
Research-Ready Systems
Ideal for experimentation, prototyping, workflow iteration, and technical development.
Customized to Your Needs
Systems and configurations tailored for different materials, applications, and user requirements.
Customer-First Support
Dependable customer service, long-term assistance, and responsive post-sales support.
Installation & Technical Guidance
Onboarding, installation help, application guidance, and support from a research- and engineering-backed team.
Frequently Asked Questions

Got Questions?
We've Got Answers

What beam size range does the FusionX machine support?
The FusionX system supports an adjustable beam diameter range of 50–200 µm. This allows flexibility between fine-detail processing and higher productivity workflows.
Which materials can be processed on FusionX?
FusionX supports multiple engineering-grade metal materials including: stainless steels, titanium alloys, superalloys, CoCr, pure titanium, and high-entropy alloys. Material compatibility may vary depending on process configuration and application requirements.
What recoating mechanism is used in FusionX?
FusionX uses upper feeding powder delivery, one-way recoating, and a soft blade recoater system. This configuration helps maintain stable powder spreading and layer consistency throughout the build.
What software is included with the FusionX machine?
FusionX includes Lasefinity slicing and operation software covering: print preparation, automatic typesetting, path planning, build management, and full machine operation.
What is the expected filter service life?
The filter system is designed for approximately 30,000 operating hours, depending on usage conditions and material processing environment.
What deposition technology is used in WireX?
WireX uses VEAM multi-laser wire-feed additive manufacturing technology, designed for controlled wire deposition, stable melt pool behavior, and precise energy management during metal printing.
What is the laser power of WireX?
WireX is equipped with 900W laser power, enabling stable deposition performance across multiple engineering metal materials.
What axis configuration does WireX use?
WireX supports 3 motion axes and 1 wire-feeding axis, for a total of 4 synchronized axes.
Is WireX suitable for titanium alloy printing?
Yes. WireX includes global gas-shielding protection specifically designed to support titanium alloy processing and improve shielding consistency during deposition.
What software platform does WireX use?
WireX operates using the AMtwin laser control platform, which supports process control, machine operation, and workflow management for wire-feed additive manufacturing applications.
Knowledge Hub

Latest From
The Lab

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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.

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