Factory-direct 3-, 4-, and 5-axis milling, turning, and mill-turn machining for complex metal and plastic parts, backed by DFM review and dimensional inspection.
A practical choice for prismatic parts with pockets, slots, holes, planar features, and indexed side details. High-speed machining and planned workholding support repeatable dimensions across prototypes and production batches.
Continuous multi-axis motion reaches compound angles, undercuts, and contoured surfaces with fewer setups. Reduced repositioning helps maintain feature relationships and surface continuity on complex parts.
Turning centers produce concentric diameters, bores, grooves, and threads, while live tooling adds milled flats, holes, and off-axis features in the same setup.
Inspection planning follows the drawing and the function of the part. CMM, optical, and conventional metrology are used to verify critical features before shipment.
Questions move directly between your project team and the engineers planning workholding, toolpaths, programming, and inspection.
In-house multi-axis capacity supports one-off prototypes, bridge quantities, and repeat production without changing manufacturing partners as demand grows.
General tolerances follow ISO 2768-m unless otherwise agreed. Drawing-defined critical dimensions, datums, threads, surface finish, and inspection requirements are reviewed during quoting and carried into the manufacturing plan.
TECHNICAL CAPABILITIES
Select from production-grade alloys and polymers for strength, weight, wear, temperature, corrosion, electrical, and cosmetic requirements. Material certification is available on request.
Specify finish by function and appearance, including corrosion protection, wear resistance, conductivity, cleanability, texture, and color.
General tolerances are typically ±0.05 to ±0.10 mm and follow ISO 2768-m unless otherwise agreed. Drawing-defined critical dimensions can be held to ±0.01 mm after review of material, feature geometry, part size, and inspection access. Mark all critical tolerances, datums, and GD&T requirements on the 2D drawing.