Overview
Precision grinding is essential for achieving the tight tolerances, exceptional finishes, and critical geometries required by today’s most demanding applications. Addison’s CNC grinding capabilities provide superior dimensional accuracy and repeatability for production components where conventional machining alone cannot meet specification.

Why Choose Addison Precision for CNC Grinding?
Addison combines advanced CNC grinding equipment with experienced operators and rigorous quality control to achieve the tight tolerances, precise geometries, and superior finishes critical components demand.

Maintain tight tolerances and precise dimensions across complex, high-performance components.

Create smooth, consistent finishes that meet demanding functional and cosmetic requirements.

Produce consistent results from part to part across prototypes and repeat production runs.

Grind hardened metals, specialty alloys, and other challenging materials with accuracy and control.

Types of Parts & Applications
Our grinding services support:
- Aerospace sealing surfaces
- Bearing journals
- Precision shafts
- Tooling components
- Medical components
- Hardened wear surfaces
- High-precision cylindrical components
Work Materials
Our CNC grinding processes are optimized for hardened and precision-engineered materials where superior dimensional accuracy, surface finish, and geometric control are critical to component performance.
- Hardened tool steels
- Bearing steels
- Stainless steels
- Titanium alloys
- Carbide
- High-strength alloy steels
- Nickel-based superalloys
- Precision heat-treated components

Advanced CNC Grinding Starts Here
From prototype to production, we deliver the dimensional accuracy, repeatability, and superior surface finishes your most demanding components require.
Explore Our Full Range of Capabilities
From multi-axis milling and turning to fabrication, inspection, and finishing, Addison Precision offers the advanced capabilities needed to support complex, high-precision manufacturing projects.






