Aerospace
Precision Machining Services for Aerospace Companies in Arizona
Owens Industries operates as a leading aerospace CNC machine shop supporting Arizona manufacturers with advanced, high-accuracy production. Our team produces CNC-machined aerospace parts built for extreme performance, complex geometries and exact tolerances demanded across flight, defense and space applications.
From prototype development to production runs, our aerospace precision machining capabilities focus on consistency, repeatability and material expertise. Arizona aerospace companies rely on our experience to deliver components built for mission-critical environments.
Aerospace Case Study: Our Work with NASA and GM
Owens Industries continues to promote groundbreaking aerospace innovation through collaboration with NASA and General Motors. Our role in the Robonaut program highlights our ability to meet demanding specifications with advanced machining processes.
Project Review: Robonaut Bicep Assembly
As an aerospace machining company, we manufactured a precision bicep assembly for Robonaut, a robotic system designed for extraterrestrial environments. The component required flawless integration with surrounding systems and reliable function under extreme conditions.
Key Challenges
- Maintaining ultra-tight tolerances across complex geometries
- Supporting performance in harsh lunar environments
- Delivering consistent motion capability for robotic articulation
Our Solution
Our team applied advanced 5-axis CNC machining to produce the assembly with exceptional dimensional accuracy. Specialized tooling, inspection processes and material control allowed us to meet strict aerospace standards.
Project Outcome
NASA approved the completed assembly and moved forward with additional production. The project reinforced our reputation for precision machining of aerospace components with unmatched accuracy and reliability.
Capabilities
Full-Service Aerospace CNC Machining Capabilities in Arizona
Owens Industries provides complete aerospace machining solutions backed by advanced equipment and decades of expertise. Our Arizona customers gain access to advanced CNC machining capabilities built for tight tolerances, complex part geometries and high-performance materials.
5-Axis CNC Machining Services
Our 5-axis machining delivers precise contouring for highly complex aerospace components. 5-axis CNC machining produces intricate parts used in propulsion systems, structural assemblies and advanced housings.
Wire EDM Services
Wire EDM allows for extremely accurate cuts in hardened aerospace metals. Wire electrical discharge machining works well for detailed features, tight internal corners and complex profiles.
CNC Lathe Turning & Milling Services
Our turning and milling services produce critical aerospace parts with exact diameters, finishes and tolerances. Common CNC lathe machining applications include valves, pistons, housings and structural components.
Metal 3D-Printed Parts Machining
We machine additively-manufactured metal parts to meet final tolerance and surface requirements. This process refines complex geometries for aerospace use.
Micro Deburring Services
Our micro deburring services remove imperfections from delicate aerospace components. Skilled technicians combine precision tools with manual techniques for superior surface quality.
Mill-Turn Machining Services
Mill-turn machining combines multiple operations in a single setup, improving accuracy while reducing handling and production time for complex aerospace parts.
Materials
Top-Quality CNC Materials for Precision Aerospace Parts
Material selection plays a critical role in aerospace performance. Owens Industries machines a wide range of high-performance metals suited for demanding applications, including aluminum alloys, stainless steels, titanium, Hastelloy and specialty alloys. Each material supports specific strength, weight and environmental requirements across aerospace systems.
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Alloy Steel
An iron and carbon composition with other elements intentionally added, including manganese, chromium, vanadium, nickel or tungsten. Alloy steels are typically divided into two categories: high alloy and low alloy.
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Aluminum
A high-quality soft, lightweight and durable silver metal. Aluminum is commonly used for 5-axis CNC machining in military and aerospace applications.
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Brass
A metal alloy made of copper and zinc, made with varying proportions to create a range of brasses with varying properties. Brass has decent strength and electrical conductivity when used in machining parts.
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Bronze
An alloy comprised of copper and tin, bronze offers a wide range of properties such as high ductility, hardness, thermal conductivity, strength and workability. Bronze is often used to manufacture nuts, bolts, threaded parts, bearings, bushings, screws and more.
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Carbon Steel
A metal alloy of carbon and steel, but could also contain nickel, copper or manganese. Carbon steel is commonly used for axles, gears, shafts, rails, pipelines, couplings and more.
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Copper
A common metal used in manufacturing electrical equipment such as wiring and motors. Copper requires specialized processes for manufacturing, meaning copper alloys are more common in machining components.
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Hardened Steel
Medium or high carbon steel is tempered through a heat treatment to increase its toughness of the steel. How hard the steel becomes depends on the amount of carbon present in the metal, and it’s typically used to make power shovels, nozzles, surgical instruments and other manufactured parts.
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Hastelloy
A strong nickel-chromium-iron-molybdenum alloy resistant to corrosion. Hastelloy steel is often used to manufacture contour rings, rings, hubs, flanges, shafts and other manufactured products.
Learn MoreServing Major Arizona Cities with Aerospace CNC Machining Services
Owens Industries supports aerospace manufacturers across Arizona with precision machining services built for reliability and performance. Our reach includes major cities and growing aerospace hubs throughout the state:
Components We Build for the Arizona Aerospace Industry
| Part | Application | Machining Process Used | Material | Specific Feature |
|---|---|---|---|---|
| Valve Seat | Air Flow Regulator | Mill/Turn | 347 Stainless Steel | Diameters held within 0.0005" Concentricities |
| Control Valve Housing | Aircraft Brake | 4-Axis Milling | 2024-T351 Aluminum | MIL-Spec Ports and Internal Features |
| Check Valve | Brake Fluid Flow Control | Precision Turning | 18-8 Stainless Steel Cond B | 32 Microfinish on all Surfaces |
| Piston | Engine Valve | Conventional CNC Turning | 7075-T651 Aluminum | Maintaining Class 1 Diameter Fit Tolerance |
| Hinge, Convergent Flap | Flap Control | 3-Axis Milling | Inconel 718 | Deep Groove Milling |
| Housing, Aileron | Flap Control | 5-Axis Milling | 15-5PH Cond H1025 | Machining Finned Housing from Solid Billet Stock |
| Battery Core | Safety Equipment | Swiss Screw Machine | 6061-T6 Aluminum | Black Anodized Sleeve |
| Machined Reflector | Wing Lights | 5 Axis Profile Milling | 6061-T6 Aluminum | Milling and Polishing 16 Reflective Pockets |
| Cylinder Assembly | Flow Channel for Booster Rocket | Turning with Ceramic Inserts | A286 Alloy | Deep Drilling Through Interrupted Surfaces |
| Thruster Body | Satellite Propulsion | Precision EDM | 6Al-4v Grade 5 Titanium | EDM Nozzle Micro Taper Vectored Thru-Hole |
| DM Cover | Satellite Component | Mill/Turn | 6061-T651 Aluminum | Turn, Mill and Drill Flanged Cover |
| Grid Clamp | Satellite Component | CNC Turn | AISI 304 Stainless Steel | Turn 0.044" Thick Ring |