Vibratory Finishing Equipment for Aerospace Manufacturing
Precision deburring, pre-anodize surface prep, and edge rounding for titanium, aluminum, and high-alloy aerospace components. UltraMatic machines meet the surface finish demands of aerospace manufacturing.
The Challenge of Aerospace Finishing
Aerospace manufacturing demands absolute precision and zero-defect consistency. Whether you are processing structural titanium components or delicate engine vanes, the surface finish directly impacts part performance, fatigue life, and coating adhesion. Manual deburring is no longer a viable option for modern aerospace production due to its high cost and inherent variability.
Getting the finishing process wrong can lead to catastrophic part failure or expensive scrap rates. Ultramatic’s vibratory finishing machines provide the controlled, repeatable environment required to meet tight aerospace tolerances batch after batch, year after year.
Typical Aerospace Components
Titanium Structural Components
Aggressive deburring and surface smoothing without altering critical dimensions.
Aluminum Extrusions
Uniform edge rounding and surface prep for long structural sections.
Hydraulic Fittings
High-volume precision deburring of threads and internal passages.
Turbine Components
Critical edge radiusing and surface polishing for airflow efficiency.
Landing Gear Parts
Heavy-duty descaling and cleaning of large alloy forgings.
Electronic Housings
Pre-anodize finishing for cosmetic and protective consistency.
Recommended Equipment
VB Series Bowls
Ideal for smaller, delicate components requiring no part-to-part contact. Rotating carousel dividers ensure individual part protection during high-performance processing.
View VB Series DetailsP Series & OHD Tubs
The preferred choice for long structural aluminum parts and oversized components. Rectangular chambers with optional divider plates provide maximum control and capacity.
View Tub Series DetailsAerospace Finishing Processes
Deburring After Machining
Removing heavy burrs from CNC-machined titanium and aluminum components while maintaining strict dimensional tolerances.
Edge Rounding & Radiusing
Creating precise, uniform radii on critical edges to eliminate stress risers and meet engineering specifications.
Pre-Anodize Surface Preparation
Achieving the consistent surface roughness (Ra) required for high-quality anodizing and protective coatings.
Dry Polishing
Final stage processing using organic media for high-luster finishes on cosmetic or airflow-sensitive components.
American-Made
Every machine built in our IL facility, ensuring NDAA compliance and domestic support.
65 Years Experience
Over six decades of engineering expertise solving the toughest aerospace finishing challenges.
Direct Support
Talk directly to the engineers who designed and built your equipment for expert process optimization.
Aerospace-Specific Media Selection
For titanium structural parts, we typically recommend ceramic triangles for aggressive but controlled deburring. For aluminum housings, high-density plastic media provides the smooth, matte finish required for anodizing without the risk of surface impingement.
Expert Reviewer
Technical specifications and process recommendations verified by Ultramatic’s in-house engineering team, bringing over 65 years of real-world vibratory finishing and manufacturing experience.