Lasefinity Ltd — Sheffield, UK

Research-Driven
Engineering.
Industrial AM
Within Reach.

L-PBF and DED systems engineered for researchers, innovators, and manufacturers seeking industrial-grade additive manufacturing without legacy barriers.

Who We
Are & What
We Stand For

Lasefinity Ltd is a UK-based advanced manufacturing technology company focused on making high-quality additive manufacturing systems more accessible, flexible, and affordable.

We were founded with a clear purpose: to increase the uptake of additive manufacturing by reducing the barriers that often prevent SMEs, universities, and research organisations from accessing advanced machine technology. Our aim is to provide reliable AM systems that combine strong technical capability with affordability, openness, and ease of use.

Our machines are produced through trusted manufacturing partners and built to Lasefinity specifications. This allows us to offer capable and cost-effective systems while maintaining a strong focus on quality, consistency, usability, and customer support.

"Our team brings together expertise from academia, industry, research, and RTOs — giving Lasefinity a strong understanding of both advanced research requirements and practical industrial needs."

The team has extensive experience in additive manufacturing, product development, system integration, high-end application development, laser-based processing, qualification and process optimisation. We have worked across different areas of AM to make the technology more open, flexible, and easier to use for researchers, SMEs, and industrial users.

This background allows us to specify and supply AM systems that are practical, user-focused, and aligned with real-world applications — from material development and process research to education, prototyping, and small-batch manufacturing.

Customer satisfaction is central to our approach. We work closely with our customers to understand their requirements and support them through selection, installation, training, and ongoing use.

Lasefinity systems are designed to give users freedom and control. With fully open parameters, no AMU restrictions, and easy operation, our machines are ideal for users who want flexibility, transparency, and confidence in their additive manufacturing journey.

What Drives Us

Accessible Technology
Industrial AM systems without the traditional price barrier — built for SMEs, universities, and research organisations.
Open & Flexible
Fully open parameters, no AMU restrictions. Users get complete freedom and control over their processes.
Research-Ready
Built for universities, RTOs, and innovation teams who need advanced capability and academic openness.
Customer-Centric
Supported from selection through ongoing use — we work with you to ensure your AM journey is successful.
Our Expertise

Where Our
Knowledge Runs Deep

01
Additive Manufacturing Systems
Deep expertise in L-PBF, DED, and hybrid AM systems — from specification and commissioning through to process optimisation and qualification.
02
Laser-Based Processing
Advanced knowledge of fiber laser technology, beam delivery, melt pool dynamics, and process control across a range of industrial applications.
03
System Integration
Experienced in integrating AM systems into existing production environments, with expertise in software, controls, and workflow automation.
04
Material Development
Hands-on experience developing and qualifying new materials across stainless steels, titanium alloys, superalloys, and high-entropy alloys.
05
Academia & Industry Liaison
A team that bridges the gap between university research and industrial production — enabling technology transfer and real-world adoption.
06
Customer & Application Support
End-to-end support from initial consultation and system selection through installation, training, and long-term technical assistance.

Ready to Move
Forward?

Whether you are an SME exploring AM for the first time, a university developing new materials, or a research organisation looking for an open and flexible platform — Lasefinity is here to help you move forward.