Cobalt-Rhenium

CNC Machining Services for High-Performance Cobalt-Rhenium Alloys

Cobalt-rhenium alloys offer extreme thermal resistance, strength retention and oxidation resistance in the most demanding operating environments. Owens Industries machines cobalt-rhenium components with advanced 5-axis milling, precision EDM and Swiss micromachining systems designed for high-performance CNC materials. Our ultra-precise CNC capabilities allow us to meet tolerance requirements as tight as 0.0005" for intricate geometries and high-temperature applications.

Owens Industries has been a trusted partner in CNC manufacturing since 1944. Our Wisconsin-based team machines specialized materials to produce precision components for aerospace, medical, defense and energy clients across the United States. Every project receives personalized attention from prototype to production run and meets strict quality and performance standards.

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Owens Industries

Cobalt-Rhenium Machining Services For Your Industry

Owens Industries delivers precision cobalt-rhenium machining services tailored to complex parts used in aerospace propulsion, medical instrumentation and military systems. Cobalt-rhenium’s strength at elevated temperatures makes it ideal for mission-critical parts in high-stress applications. Our CNC experts use multi-axis machining centers, high-speed spindles and fine-tuned inspection systems to meet the rigorous demands of your application.

Owens Industries Precision Machined Cobalt-Rhenium Components

Cobalt-rhenium alloys are selected for their reliability in extreme thermal and corrosive environments. Owens Industries supports clients with tight-tolerance machining of cobalt-rhenium parts used in both experimental and production-level systems. Our Wisconsin-based CNC machining facility handles single-part prototypes and repeat production orders with equal precision.

Common components include:

Turbine Vanes: Designed for jet engines and power generation systems operating at high heat
Combustion Liners: Resistant to thermal shock and oxidation in aerospace propulsion
Medical Cutting Tools: Durable, wear-resistant alloys suited for repeat sterilization cycles
Thruster Components: Stable in vacuum and high-velocity gas flow environments
Nozzles and Inserts: Used in high-erosion, high-pressure systems

Contact Owens to discuss your specific cobalt-rhenium component or assembly needs. To see more of our work, please visit our CNC product image gallery and our CNC product video gallery.

Cobalt-Rhenium Grades For CNC Machining

Series	Main Alloying Element	Density (g/cm³)	Melting Point (°C)	Properties	Typical Applications
Cobalt-Rhenium Alloy	Cobalt, Rhenium	~9.2–9.5	~2000+	High-temperature strength, creep resistance, oxidation resistance	Jet engines, turbine components, medical tools, thrusters

The above data reflect general properties of cobalt-rhenium alloys. Specific formulations may vary depending on performance requirements and manufacturing process.