Semiconductor Manufacturing Solutions

Precision and Reliability for the Semiconductor Industry

Manufacturing solutions for tight tolerances, high cleanliness, and repeatability—built to handle demanding applications.

Solutions for What Is Critical

Capability Where It Counts

Precision, consistency, and flexibility achieved through disciplined processes.

Advanced Precision Machining

Precise, repeatable machining with tolerances down to ±0.0002, ideal for high-accuracy parts and tooling.

Electro-Mechanical Assembly

Subassembly services that reduce your internal handling and accelerate final integration.

Cleaning & Outside Process

Reliable component finishing and process control for precision parts.

Surface Finishing & Deburring

Micro-deburring, Extrude Honing and custom finishing options for critical fit and cleanliness.

Material Expertise

Specialize in high-purity metals and polymers for thermal, electrical, and contamination-sensitive applications.

Quality Verification

Tight inspection protocols using CMM, vision systems, and part-level documentation ensure traceable results.

Where Our Work Fits In

From front-end process equipment to backend support components, our work plays a key role were performance matters most

Wafer Handling Systems

Precision-machined components for robotic arms, chucks, and load ports.

Process Equipment

Subassemblies and parts built for high-temp, vacuum, and chemical exposure environments.

Test and Measurement Fixtures

Tight-tolerance tooling for component testing, probe stations, and inspection stations.

Custom Tooling

Engineered tools that improve manufacturing efficiency and repeatability.

Vacuum and Gas Delivery Hardware

Parts used in high-purity flow control, valve assemblies, and gas distribution systems.

Support Systems

Structural and auxiliary components essential for semiconductor manufacturing environments.

We Handle the Critical Details

Our team brings consistency, responsiveness, and tight process control to the parts and assemblies you count on most.