Reactive Fusion Ltd.

Startup
Summarized by Halo AI

Reactive Fusion is a hybrid additive manufacturing company providing a scalable, chemistry-based 3D printing process that produces engineering-grade polyurethane and polyurea components without using heat or UV light.

Founded & HQ
Nottingham, England, United Kingdom
Company size
1-10 employees
IP status
1 grant confirmed
Activity highlights
Spun out from the University of Nottingham to commercialize disruptive polymer additive manufacturing technology using chemistry instead of heat or ultraviolet light.

Reactive Fusion Ltd is a UK-based additive manufacturing company that has developed a proprietary hybrid additive manufacturing technique. This approach utilizes a method similar to binder jetting but replaces traditional heat or ultra-violet light curing processes with a novel chemical reaction. By employing inkjet technology to selectively combine powdered and liquid materials, the process is designed to be both precise and scalable, allowing for the direct production of components made from engineering-grade polyurethane and polyurea. The technology originated from research at the University of Nottingham and is focused on delivering functional, high-performance polymer parts with the design freedoms inherent to additive manufacturing.

This manufacturing-ready solution is intended to streamline supply chains and provide new capabilities for sectors requiring advanced polymer components, such as automotive and aerospace. By eliminating the energy-intensive heat or UV curing stages, the process offers a different approach to material consolidation in polymer additive manufacturing. The company, which is a spin-out from the university, aims to translate these scientific advancements into industrial applications, enabling the creation of robust, complex parts that meet rigorous engineering standards. Their work is supported by an expert team with extensive experience in additive manufacturing processes, material science, and chemical engineering.

AI summary generated on Jun 22, 2026
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