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Directional Precision Pins

directional-precision-pins.jpg

Type: Gyroscopic and Directional Pins

Tolerances: OD tolerances of .000006 inches [.000152mm]. ID flatness tolerances to .000010 inches [.000254mm].

Description: Gyroscopic and directional precision pins manufactured by experienced machinists with specialized and custom-made tooling and fixturing.

 

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Directional precision pins are produced at the Precision Solutions manufacturing plant in Bridgeport, Michigan. The Bridgeport, Michigan site is an ITAR compliant facility that adheres to AS9001D and ISO9001:2015 quality standards.

Directional precision pins are vital to the reliable performance of aircraft, spacecraft, and accessories requiring precise navigation. Precision Solutions offers directional precision pins made with precision grinding and lapping equipment to achieve micron-level tolerances and expert surface finishes that are required for accuracy. Precision Solutions has a vertically integrated supply chain to ensure the highest quality and appropriate materials, generally carbide and hardened steels, are selected for the application.

Many micro-sized directional precision pins require custom tooling or fixturing to hold, grind and inspect the part. Precisions Solutions has the capabilities for in-house tooling and fixturing to meet the roundness charts and surface finish inspections required by internal and external requirements.

Gyroscopic Pins

 

Gyroscopic pins are a key component within a gyroscope. Gyroscopes drive the accurate function of altimeters and turn coordinators within airplanes, military aircraft, tanks, ships, and spacecraft. Many flight instruments today have a mechanical gyroscope within the system. Precision pins produced by Precision Solutions provide support as small components in a much larger system.

Directional Precision Pins

 

Directional pins are used for multiple applications: airplane navigation, ship stabilization, camera orientation, and robots for drilling for natural resources. Directional precision pins are used in the assembly of components to enable accurate orientation in challenging environments.