Precision Manufacturing & Machining for the Construction Industry

If you manufacture construction or industrial equipment, you already know the stakes. Your components end up in machines that run hard, carry load, and operate in dirt, heat, and constant vibration. There's no room for variability.

That's where experience in CNC machining for industrial equipment matters. We machine high-volume turned components for hydraulic and fluid power systems, including valve bodies, fittings, couplings, pins, shafts, and specialty parts built to your print. Tolerances are tight. Materials are often demanding. And production schedules don't wait.

Our role is straightforward: deliver precision components that install cleanly, perform consistently, and support your build without creating downstream problems. Whether you're scaling production or refining an existing design, we align our machining process with your application — not the other way around.

The equipment you build isn't low volume, and neither are the components that support it. We match the machining process to the part — based on geometry, material, and production demand.

• Hydromat Machining: Ideal for high-volume, multi-operation parts such as hydraulic fittings and adapters. Completing multiple operations in a single cycle improves throughput while maintaining dimensional consistency.
• Swiss Machining: Designed for tight-tolerance components with small diameters or longer profiles. This process offers excellent stability for precision pins, shafts, and intricate turned parts.
• Davenport Machining: A proven multi-spindle platform for efficient production of smaller turned components where speed and cost control are critical.
• Screw Machining: Reliable for repeatable, high-volume runs of precision parts that require consistency without driving up per-piece cost.

Construction and industrial equipment components are exposed to load, pressure, debris, weather, and long duty cycles. Material selection and machining consistency both matter.

We regularly machine the following materials for hydraulic and fluid power applications:

• Carbon Steel
• Copper
• Alloy Steel
• Stainless Steel
• Brass
• Aluminum
• Plastic

Whether your part requires corrosion resistance, strength under load, or tight sealing surfaces, we machine to print with repeatability built into the process.

Our quality systems are certified to ISO 9001 and IATF 16949 standards, which means traceability, documented processes, and continuous improvement are part of how we operate every day. The goal is to supply components that install cleanly and perform the way your engineering team intended.