Custom CNC machining for precision metal and engineering-plastic parts, combining milling, turning, drilling, and finishing in a drawing-led workflow.
CNC manufacturing is most effective when material, geometry, tolerances, and annual quantity are reviewed together. That allows the process to balance fixture access, cycle time, surface finish, and the inspection plan instead of treating them as separate decisions.nnComplex parts may move through multiple operations: roughing, finishing, turning, drilling, threading, deburring, and surface treatment. A single production plan keeps datums and quality checks consistent across those stages.
A strong lightweight choice for housings, brackets, heat sinks, and fixtures, with broad finishing options.
Selected for corrosion resistance, cleanability, and durable structural or fluid-handling components.
Used when stiffness, wear resistance, or high load capacity is more important than weight.
Conductive, thermally efficient, or highly machinable options for electrical and fluid components.
POM, nylon, and similar grades can reduce weight and provide insulation, wear resistance, or chemical compatibility.
3-axis to 5-axis toolpaths create planar features, pockets, contours, and multi-face geometry.
CNC lathes hold concentric dimensions on shafts, bushings, threaded parts, and rotational profiles.
Controlled hole-making covers simple holes, deep holes, threads, countersinks, and precision reaming.
Indexed or simultaneous axes reduce setups and improve access to compound angles and integrated forms.
Produces a uniform matte texture and removes light machining marks before coating or final delivery.
Adds corrosion resistance and optional color to aluminum while preserving a clean technical appearance.
Provides a thicker, wear-resistant oxide layer for aluminum parts exposed to friction or abrasion.
A durable protective coating for housings, brackets, and consumer-facing assemblies.
Keeps the machined surface where appearance, tolerances, or downstream assembly do not require coating.
Lightweight structures, controls, fixtures, and equipment parts with drawing-controlled critical features.
Prototype and production components for powertrain, interiors, test rigs, and electronic systems.
Instruments, equipment frames, and precision interfaces produced to defined material and inspection requirements.
Thermal, protective, and mounting components for devices, enclosures, and power systems.
