Custom aluminum CNC parts for lightweight structures, housings, thermal components, and precision assemblies, with alloy and finish chosen for the application.
Aluminum is widely used because it machines efficiently, offers a useful strength-to-weight ratio, and accepts many finishes. The right alloy depends on structural load, corrosion exposure, weldability, form, and whether anodized appearance or electrical performance matters.nnMilling, turning, EDM, and secondary cutting can be combined to produce detailed aluminum components. DFM review protects thin walls, reachable internal corners, and tolerances that affect the assembly.
Creates pockets, faces, compound contours, and multi-hole patterns with stable workholding.
Produces round parts, bores, threaded forms, and concentric features such as spacers and adapters.
Wire EDM, sinker EDM, and related methods support fine internal profiles or features unsuitable for standard cutters.
Sawing, laser cutting, and waterjet preparation can efficiently create blanks before precision machining.
A versatile structural grade with good machinability, corrosion resistance, and finishing response.
A high-strength option for loaded components where weight efficiency is important.
Useful for corrosion-resistant components and formed-sheet related applications.
A high-strength aerospace-oriented alloy used where its specific properties are required.
Often chosen for extruded forms and parts that benefit from a good surface finish.
Provides corrosion protection with clear or colored cosmetic options.
Adds a thicker, wear-resistant oxide layer for high-contact aluminum surfaces.
Produces a uniform matte texture before anodizing, coating, or final delivery.
A durable colored finish for external housings, frames, and brackets.
Critical datums, holes, and profiles are measured against the drawing using methods appropriate to the feature.
An initial dimensional report can confirm agreed key characteristics before production proceeds.
Alloy identification and supplied certificates can be coordinated when specified.
Thread, insert, bore, and mating features can be verified to reduce downstream assembly risk.
