Tilley

Extrusion is the default route for heat sink production, but it only produces constant cross-sections at fixed widths. When your board layout, mounting scheme, or timeline breaks those rules, CNC machined heat sinks take over. Milling a sink from solid plate or bar unlocks custom footprints, integrated mounts, and working

When an electric motor moves from concept to production, the enclosure around it becomes a precision component in its own right. Motor housing machining covers the milling, turning, and boring operations that create stator bores, bearing seats, mounting faces, and cooling fins from solid aluminum or steel. For EV programs

A bearing only performs as well as the bore that holds it. Even slightly out-of-round, oversized, or misaligned bores shorten bearing life, no matter how good the bearing itself is. That is why bearing housing machining earns its own discipline: fit class, roundness, and concentricity all ride on the housing,

Valve bodies are among the most demanding parts a CNC shop can cut. A spool bore must hold roundness and straightness within a few microns over its full length. The seat must seal against pressure with minimal contact force. Port threads must gauge perfectly, because leakage is the one failure

A hydraulic manifold replaces a tangle of hoses, tubes, and fittings with one block of machined metal. Fluid routes become holes drilled and bored through the block, and valves mount directly to machined ports on its faces. Done well, the result leaks less, weighs less, and assembles in minutes instead