Custom CNC Parts, Made to Your Drawings

Tool marks remain visible after machining. This is the fastest, most economical choice when appearance is secondary to dimensional accuracy.

A finer machining pass reduces cutter marks and creates a cleaner, more consistent surface while maintaining tight dimensions.

Progressive abrasive finishing produces a reflective or near-mirror surface for visible parts, sealing faces, and low-friction applications.

Fine media is propelled across the part to remove minor marks and create a uniform, non-directional matte texture.

Parts are vibrated with abrasive media to soften sharp edges, remove light burrs, and create an even, practical finish.

A matte anodized oxide layer improves corrosion resistance and wear while accepting a broad range of consistent colors.

Type II anodizing over a smooth base preserves machining definition and creates a brighter, glossier decorative finish.

A thicker hard-anodized layer provides excellent abrasion resistance, electrical insulation, and protection for demanding service.

Electrostatically applied powder is heat-cured into a durable coating with strong color coverage and outdoor corrosion protection.

A chemical conversion process darkens ferrous surfaces with minimal dimensional change and is commonly paired with oil or wax.

A thin chromate conversion layer improves corrosion resistance while retaining electrical conductivity and paint adhesion.

Electroless or electrolytic plating adds a controlled metal layer for conductivity, corrosion resistance, hardness, or appearance.

Diamond-like carbon creates an exceptionally hard, low-friction black coating for high-wear precision components.