Engineering That Drives Workholding Performance

We engineer custom workholding systems designed specifically for your parts, processes, and machines. The result is stable clamping, precise location, and repeatable performance cycle after cycle.

Turning operations demand workholding that holds parts solid and runs consistently shift after shift. Waukesha Machine & Tool engineers turning solutions that reduce setup time, improve concentricity, and eliminate part movement under aggressive cutting conditions. From simple chucks to complex custom fixtures, our workholding helps customers achieve predictable results and reliable production.

Milling operations require workholding that keeps parts stable, rigid, and repeatable throughout every machining cycle. Waukesha Machine & Tool engineers milling solutions that reduce setup time, maintain accuracy, and eliminate part movement, even in complex geometries or high-force cutting conditions.

WMT designs and builds custom hydraulic and pneumatic test stands that verify performance across virtually any medium — air, fluid, or water — at whatever range your application demands. Whether you’re leak testing a seal, proof-testing a cylinder, or validating a housing under load, our stands are engineered around your part, not the other way around. Built as one-off solutions or family-style fixtures with quick changeover for multiple part variants, each stand delivers a clear, reliable pass/fail result with the repeatability your quality process requires. If your part needs to prove itself before it leaves your dock, we build the machine that makes that happen.

Decades of experience solving complex workholding challenges across industries and applications.

Engineering, manufacturing, and validation are all performed in-house, ensuring quality, consistency, and accountability.

As an independent company, our decisions are driven by performance and long-term customer success—not short-term financial pressures.

We begin by understanding the full manufacturing challenge, ensuring every solution addresses the root cause of performance issues, not just the symptoms.

Every workholding system is engineered for a specific process, not adapted from a standard product. This allows for optimized clamping, part location, and accessibility tailored to the application.

Our designs account for the realities of the machine environment—spindle interface, envelope constraints, automation, and operator interaction — ensuring smooth implementation and performance.

We design with long-term performance in mind. From installation through years of operation, we remain accountable for ensuring the system continues to perform as expected.