Precision Measuring Tools
Hyperion's precision measuring tools are engineered to deliver repeatable, high‑accuracy dimensional verification across demanding industrial environments. Hyperion’s precision measurement equipment includes gages and masters used for inspection, calibration, and production control.
Produkte
Carbide Plug Gages
Type: GO/NO‑GO, reversible, tapered, master, and custom solutions designed to prints.
Tolerances: Manufactured to A.G.D. standard dimensions in tolerance classes XXX, XX, X, Y, and Z for stable, repeatable measurement performance.
Description: Carbide plug gages used for internal diameter and bore measurement across precision‑driven industries.
Ring Gages
Type: Go Ring Gages, No‑Go Ring Gages, Master Ring Gages, and Custom ring gages
Tolerances: Manufactured to A.G.D. standard tolerance classes XXX, XX, X, Y, and Z.
Description: Carbide ring gages used for external diameter inspection in precision‑driven industries.
Trilock Gages & Master Setting Discs
Type: Trilock Gages, Master Setting Discs, Custom Calibration Masters
Tolerances: Precision tolerance classes XXX, XX, X, Y, and Z, with dimensions in accordance with ASME standards
Description: Precision trilock gages and master setting discs manufactured with ultra‑tight dimensional control and NIST‑traceable calibration for repeatable inspection accuracy.
High‑Accuracy Gages and Masters
Hyperion offers a comprehensive range of precision measurement tools and master reference components designed to verify part quality and maintain manufacturing integrity, including:
- GO/NO‑GO pin and ring gages for tolerance verification
- Master setting discs for equipment calibration
- Tri-lock gages for repeatable ID referencing
- Carbide inserts for wear resistance
- Custom‑machined reference standards built to application‑specific tolerances
These components maintain measurement repeatability, reduce process variation, and enable compliance with stringent quality standards.
Supply Chain Information
Hyperion’s supply chain and internal manufacturing capabilities ensure quality, consistency, and long‑term measurement reliability. Customers benefit from:
- Consistent raw material quality for carbide, ceramic, and steel
- Vertically integrated manufacturing for fixturing, tooling, turning, grinding, and lapping
- Expedited delivery options may be available for custom components
- NIST traceability and certification
- Global shipping and stocking support
Hyperion maintains long‑term partnerships with approved carbide and ceramic suppliers to ensure performance stability and material continuity.
Industries Served
Hyperion’s precision measuring tools support a broad range of high‑accuracy industries, including:
- Aerospace
- Automotive and e‑mobility
- Medical device manufacturing
- Industrial machinery
- Energy and powertrain
- Metrology laboratories and calibration centers
These sectors depend on ultra‑precise measurement components to ensure quality, safety, compliance, and reliable inspection performance in mission‑critical applications.
Frequently Asked Questions about Precision Measurement Tools
Yes. Our nylon‑jacketed ring gages significantly reduce heat transfer to the carbide core, improving stability in variable‑temperature environments. This design helps maintain consistent dimensional readings in shop‑floor conditions.
Hyperion uses NIST‑traceable calibration practices, stable material combinations, and a vertically controlled manufacturing process. By producing fixturing and tooling in‑house, Hyperion ensures consistent accuracy, strong traceability, and long‑term performance.
Yes. Our engineering team frequently reviews customer prints to advise on gage selection, tolerance class, and material choice. We can recommend whether GO/NO‑GO, Master, or custom configurations will provide more consistent inspection results and suggest design improvements for accessibility, alignment, or repeatability.
Hyperion combines materials‑science expertise with tight‑tolerance machining and in‑house tooling control to ensure predictable gage performance throughout the life cycle. By evaluating application conditions, such as wear environment and thermal exposure, Hyperion application experts recommend the best material for long‑term stability. NIST‑traceable calibration further supports drift‑free measurement.
