
Electrophoresis (E-coating)
Applies a uniform coating that delivers excellent corrosion protection, even on complex metal parts.

Xmake offers 30+ surface finishing options for custom machined parts - from coating and plating to anodizing and laser marking. One order, one quality standard, one delivery.
Applied coating processes add color, protection, insulation, low-friction behavior, or tactile texture to machined and fabricated parts.

Provides a durable protective finish with excellent corrosion resistance and a wide range of color options.

Provides flexible color matching and decorative finishes for metal and plastic parts.

Applies a uniform coating that delivers excellent corrosion protection, even on complex metal parts.

Creates a hard, glossy surface that improves scratch resistance and visual appearance.

Forms a glass-like coating with outstanding heat resistance, chemical resistance, and durability.

Creates a non-stick, low-friction surface with excellent chemical and wear resistance.

Adds a soft velvet-like texture that improves grip, appearance, and noise reduction.
Metal plating deposits or forms thin functional layers for conductivity, corrosion resistance, wear resistance, and decorative metal appearance.

Deposits a thin metal coating to improve corrosion resistance, wear resistance, conductivity, or decorative appearance.

Applies a highly uniform metal coating without electric current, improving corrosion resistance and dimensional consistency.

Creates a thin, hard coating with excellent wear resistance, decorative finishes, and long-lasting color stability.
Chemical conversion and anodizing processes create functional surface layers for aluminum, steel, stainless steel, and copper alloys.

Creates a durable oxide layer on aluminum parts, improving corrosion resistance, wear resistance, and appearance.

Produces a thin black iron oxide layer on steel, providing a matte black appearance with virtually zero dimensional change.

A chemical conversion coating for aluminum that provides corrosion protection and serves as an excellent primer base for painting or powder coating.

A chemical treatment that removes free iron from stainless steel surfaces, restoring the natural chromium oxide layer for maximum corrosion resistance.
Mechanical and mold surface finishing processes control texture, gloss, roughness, deburring, and visible machining marks.

Propels abrasive media at the part surface to clean, deburr, or create a uniform matte texture for improved adhesion or appearance.

Parts are delivered directly from CNC machining with no additional surface treatment. Tool marks may be visible.

Creates a uniform directional texture that enhances appearance while helping conceal minor scratches and fingerprints.

Creates a smooth, high-gloss surface that enhances appearance and reduces visible surface imperfections.

Removes microscopic surface irregularities to create a smoother, brighter finish with improved corrosion resistance.

Parts are processed in a rotating barrel with abrasive media to deburr edges, smooth surfaces, and remove machining marks in bulk.

Provides standardized mold surface finishes ranging from high-gloss polished surfaces to fine matte textures.

Creates a controlled textured surface on molds, helping reduce glare, fingerprints, and visible part imperfections.
Printing and marking processes add traceability, logos, labels, decorative graphics, and permanent identification to part surfaces.

Creates permanent, high-precision markings for logos, serial numbers, barcodes, and traceability information.

Applies durable graphics, logos, and text with excellent color coverage on flat or curved surfaces.

Digital printing cured instantly by UV light, producing full-color graphics on flat or slightly curved surfaces without the need for screens or plates.

A decorative process that applies printed film patterns onto 3D surfaces through water immersion.

Transfers metallic foil onto the part surface using heat and pressure, producing gold, silver, or colored metallic text and logos.

Mechanically cuts text, logos, or patterns into the part surface using CNC tools, producing permanent marks with depth and tactile feel.
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