Aerospace
Precision Deburring, Edge Shaping and Surface Preparation for Aerospace
Precision Deburring for High-Value Aerospace Components
Aerospace manufacturing demands precise edge geometry, consistent quality and careful control of material removal. TextureJet’s intelligent surface engineering platform delivers precision deburring, edge shaping and surface preparation for electrically conductive aerospace components.
Powered by our proprietary Electrochemical Jet Machining (ECJM) technology, the platform uses a targeted electrolyte jet to selectively remove material without physical contact. From external edges to hard-to-reach internal intersections, we help manufacturers address complex finishing challenges with a controlled, repeatable process.
Why Choose TextureJet for Aerospace Deburring?
Precise, Selective Material Removal
Remove unwanted burrs and create defined edge breaks with control over where material is removed. Our targeted process supports the demanding finishing requirements of components where edge geometry and adjacent features matter.
Non-Contact, Non-Thermal Processing
ECJM removes material electrochemically, without mechanical cutting forces or heat-affected zones. This makes it well suited to intricate features and thin-walled components where distortion and surface damage are concerns.
Access to Complex Internal Features
Burrs at intersecting holes can be difficult to reach using conventional tools. Our side-ejection nozzles enable targeted cross-hole deburring within complex internal geometries, including aerospace fluid control components.
Capability Across Challenging Alloys
Our technology processes electrically conductive materials, including superalloys and hardened steels. Material removal is independent of hardness, providing an alternative for alloys that are difficult to finish mechanically.
Aerospace Deburring and Surface Engineering Applications
Cross-Hole Deburring: Remove burrs at internal intersections in manifolds, fuel system components and fluid control systems.
Edge Shaping and Rounding: Produce controlled, repeatable edge breaks on machined aerospace components.
Complex Component Finishing: Target selected features on intricate geometries using multi-axis or robotic integration.
Surface Preparation: Condition selected areas for subsequent bonding or coating operations.
Greater Control Across Your Finishing Process
Repeatable Results
Digitally controlled process parameters support consistent material removal across production batches, reducing reliance on manual finishing and operator judgement.
Flexible Automation
With multi-axis and robotic integration options, TextureJet can be configured around your component geometry and production requirements.
Cleaner Processing
Our process generates no airborne machining dust or swarf and uses recycled, pH-neutral electrolytes, supporting a cleaner working environment.
One Intelligent Surface Engineering Platform
Bring precision deburring, edge shaping and surface preparation together through a common technology platform, with processing tailored to the features that need attention.
aerospace applications
Cross-hole deburring
Remove difficult cross-hole burrs with our side ejection nozzles
edge shaping
Precise deburring and edge shaping of components without compromising critical tolerances.
surface preparation
Create reliable bonding surfaces for any metal components.
part marking
Create robust QR and similar barcodes on complex and curved surfaces automatically.
Start your aerospace project
with us today
Whether you need to remove internal burrs, control an edge profile or prepare a specific surface, TextureJet can help assess the right approach for your component.
Contact our team to discuss your material, geometry and finishing requirements, or arrange a demonstration of our intelligent surface engineering platform.