Precision Machine Manufacturer

TextureJet offers a suite of seven specialised services that together deliver superior surface performance, cost savings and environmental advantages:

• Edge Shaping: Achieve micron‑level straight edges with no secondary machining, cutting cycle time and material waste.
• Surface Preparation: Remove oxides, burrs and micro‑defects to produce clean, smooth surfaces ready for coating or assembly.
• Part Marking: Create high‑resolution, laser‑like marks that resist wear and corrosion for long‑term identification.
• Cross‑Hole Deburring: Eliminate internal burrs in drilled or tapped holes without compromising tolerances, enhancing mechanical reliability.
• Surface Texturing: Introduce controlled micro‑structures that improve adhesion, fluid dynamics or friction characteristics tailored to your application.
• Athermal Machining: Perform material removal without heat or stress, preserving the mechanical properties of critical components.
• Precision Post‑Processing: Refine surface finish and geometry to meet the highest tolerances demanded by aerospace, medical and high‑speed manufacturing.

Each service is delivered on the same state‑of‑the‑art EJM platform, ensuring consistency, repeatability and zero‑disruption to your existing production flow.

Because all services share the same underlying process, integration into your production line is seamless. The EJM system requires no abrasive consumables, no heat‑affected zones, and minimal maintenance, translating to lower total cost of ownership.

Clients in aerospace, automotive, medical devices and micro‑electronics have reported up to 30 % yield improvement, 25 % faster turnaround, and significant reductions in scrap and rework. TextureJet’s flexible, on‑site service model means you can prototype quickly, validate designs in real conditions, and scale production without additional capital investment.

Partnering with TextureJet gives you a trusted, future‑proof solution that not only meets today’s precision demands but is also adaptable to tomorrow’s evolving material landscapes.