CNC milling for custom components with planar, pocketed, contoured, and multi-face geometry, supported from prototypes through repeat production.
CNC milling is suited to components whose function depends on accurately related faces, holes, pockets, and external profiles. The machining plan considers tool access, workholding, wall stiffness, and which datums must remain stable between setups.nnThree-axis, indexed, and simultaneous multi-axis paths are selected according to the part shape. Finishing and inspection requirements are included early so the part is ready for assembly rather than only for machining.
Efficient to mill and widely used for lightweight housings, plates, heat sinks, and fixtures.
A corrosion-resistant option for durable components, fluid systems, and cleanable equipment hardware.
Used where rigidity, load capacity, or wear resistance governs the design.
Applied to conductive, thermal, fluid, and precision hardware where their material properties add value.
Efficient for prismatic parts, plates, pockets, and hole patterns accessible from a primary orientation.
Adds access around the part for radial holes, multiple faces, and reduced repositioning.
Reaches compound angles and complex contours while reducing setups on integrated geometry.
Programs, tools, and fixtures can be developed from early samples into stable repeat manufacturing.
A durable protective option for housings, brackets, and noncritical exterior surfaces.
Creates a uniform matte texture and prepares the surface for coating or final appearance.
Provides corrosion resistance and optional color on aluminum components.
Adds wear resistance for aluminum features exposed to abrasion or sliding contact.
