TextureJet to Demonstrate Next-Generation Surface Processing Technology at MACH 2026
As manufacturers continue to push component complexity, material performance and quality requirements, traditional surface processing methods are increasingly being put under strain.
Deburring, cross-hole deburring, surface preparation and part marking all remain essential operations — but conventional approaches can introduce variability, tool wear, contamination, and unwanted stress on high-value parts.
At MACH 2026 (20–24 April, NEC Birmingham), TextureJet will be showcasing Electrochemical Jet Machining, a surface engineering technology designed to deliver high-precision, repeatable results without the drawbacks of traditional processes.
Visitors to Stand 20-588 will be able to see the system in action and learn its benefits for key applications including edge breaking, cross-hole deburring, surface preparation and part marking.
TextureJet’s process is engineered to provide controlled, consistent feature modification — helping manufacturers achieve improved edge shaping and surface quality, even on delicate components and advanced materials. By eliminating the need for traditional abrasives and reducing reliance on harsh chemicals, the technology offers a cleaner approach that supports both production consistency and sustainability goals.
A key highlight of the show will be the launch of a new part-marking system, alongside the latest evolution of TextureJet’s flagship technology: the next-generation STAT® machine. The updated STAT system delivers enhanced performance in a streamlined, compact design, giving manufacturers greater flexibility, usability and control.
“We’re proud to be showcasing our latest innovations at MACH this year. It’s a fantastic opportunity to connect with industry leaders and demonstrate how TextureJet is helping manufacturers push the boundaries of surface processing,” said Jonathon Mitchell-Smith, CEO and Founder, TextureJet. “Our technology is game-changing when it comes to modifying component features and surfaces with precision and control. By eliminating the need for traditional abrasives and chemicals, our solutions offer a cleaner, more consistent, and more sustainable approach to surface engineering.”
MACH attendees will be able to explore how the technology supports production challenges in sectors where surface integrity, accuracy and repeatability are critical — particularly for high-value components and complex geometries.
To see the system live, visit TextureJet at Stand 20-588, or arrange a meeting in advance via: texturejet.com/contact/
