Tilley

Semiconductor equipment is a precision machine built from precision parts. Vacuum chambers, wafer handling fixtures, gas panels, and chiller blocks all start as blocks of metal that must be machined to tight tolerance and finished for clean service. Semiconductor CNC machining covers exactly that work, and it carries expectations that

Every reliable electrical connection starts with a well-made contact. CNC machined connectors are produced by turning and milling bar stock into pins, sockets, and connector bodies, one precise cut at a time. Compared with stamped and formed alternatives, machining delivers tighter tolerances, far tougher materials, and the freedom to change

Photonics systems live and die by alignment. Optical mount machining produces the precision brackets, posts, and stages that hold lenses, mirrors, and detectors in position. These parts must deliver micron-level repeatability for years. Whether the part serves a lab fixture or ships inside an instrument in modest volume, machining is

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