Our Story
Our Story
Nearly 200 years ago, Michael Faraday formulated the law of electrolysis. The cutting-edge technology we utilise today is rooted in those foundational principles.
Established in 2019, TextureJet has quickly become a pioneer in advanced surface texture technology. We specialize in delivering a state-of-the-art tooling platform that offers unparalleled capability to selectively modify the surface texture of components. Our innovative solutions are designed to optimise manufacturing processes, resulting in streamlined production lines, improved efficiency, and enhanced product quality.
We still get excited when we see the results we can generate with our high precision, selective surface processing and edge finishing solutions. Our team is full of innovative ideas and creative strategies to meet the surface processing demands of today’s businesses, both now and in the future, so contact us to find out how we can assist you.
High precision without masking
Ability to machine complex shapes with high precision without the need for masking, saving time, cost and waste.
Suitable for hard-to-machine materials
Suitability for hard-to-machine materials regardless of their hardness or toughness.
High quality finish
Excellent surface finish with no microcracks, deformation or residual stress.
Journey of Innovation
Discover how TextureJet is transforming manufacturing with our groundbreaking surface processing solutions. Since we began, we’ve been empowering industries with the ability to selectively modify surface textures, optimizing production efficiency and delivering unmatched precision. Watch our journey of innovation and see how we’re shaping the future of surface engineering.
Associations & Partnerships
We take pride in our collaborations with industry-leading organisations, including the Surface Engineering Association, Made in Britain and the Midlands Aerospace Alliance. These partnerships strengthen our commitment to driving advancements in manufacturing and surface engineering in the UK and abroad.
