Surface Finishing Services

Choose from 18+ finishing options to enhance the appearance, durability, and performance of your CNC-machined parts. From anodizing to powder coating—delivered with precision.

  • 18+
    Finishing Options
  • No MOQ
    On Any Finish
  • ISO 9001
    Certified Processes

Complete Finishing Under One Roof

Every machined part has a job to do—and the right surface finish ensures it performs. Whether you need corrosion resistance for aerospace hardware, a cosmetic finish for a consumer product, or tight-tolerance plating for semiconductor tooling, DEK manages the entire finishing process in-house or through vetted partners.

We match the optimal finish to your material, application, and budget—so you get exactly the performance you need without over-engineering or overspending.

  • Integrated with CNC machining for seamless production
  • Finish applied post-machining with documented QC inspection
  • Compatible with metals, plastics, and 3D-printed substrates
  • From prototyping to production—no minimum order quantity
  • Coatings

    Anodizing, powder coat, PVD, DLC and more

  • Plating

    Nickel, zinc, electroless nickel & chrome

  • Mechanical

    Blasting, polishing, grinding & tumbling

  • Treatments

    Heat treating, passivation & chemical conversion

Available Surface Finishes

18+ finishing processes tailored to your material, performance requirements, and visual standards.

Why Surface Finishing Matters

A raw machined part is rarely the final product. The right finish transforms a component from functional to field-ready.

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  • Extended Component Life

    Surface treatments like anodizing, plating, and passivation create protective barriers against corrosion, oxidation, and chemical exposure—dramatically extending service life in harsh environments.

  • Professional Appearance

    From mirror-polished stainless steel to color-matched anodized aluminum, the right finish communicates quality and builds confidence in end-user products and OEM assemblies.

  • Enhanced Performance

    Coatings like DLC and PVD reduce friction, improve hardness, and enhance wear resistance—critical for high-performance mechanical, aerospace, and medical applications.

Choosing the Right Finish

Every finish involves trade-offs. Here's how to think about the three key dimensions when selecting a surface treatment.

Appearance

If visual quality is a priority—for consumer products, enclosures, or branded hardware—consider finishes that offer color variety, gloss control, and texture uniformity. Anodizing provides vibrant color options for aluminum. Powder coating offers the widest color palette across metals. Polishing and vapor smoothing deliver high-gloss reflective surfaces.

Anodizing Powder Coating Polishing PVD Coating Bead Blasting
Protection

If visual quality is a priority—for consumer products, enclosures, or branded hardware—consider finishes that offer color variety, gloss control, and texture uniformity. Anodizing provides vibrant color options for aluminum. Powder coating offers the widest color palette across metals. Polishing and vapor smoothing deliver high-gloss reflective surfaces.

Anodizing
Tolerance Impact

If visual quality is a priority—for consumer products, enclosures, or branded hardware—consider finishes that offer color variety, gloss control, and texture uniformity. Anodizing provides vibrant color options for aluminum. Powder coating offers the widest color palette across metals. Polishing and vapor smoothing deliver high-gloss reflective surfaces.

Anodizing

Material Compatibility Guide

Not every finish works on every material. Use this reference to identify the best options for your substrate.

Finish
Aluminum
Steel
Stainless Steel
Titanium
Plastics

Anodizing

Powder Coating

Nickel Plating

Zinc Plating

Passivation

Bead Blasting

PVD / DLC

Vapor Smoothing

Legend

  • Blue

    =Recommended

  • Yellow

    = Possible with caveats

  • Black

    = Not compatible.

Not Sure Which Finish Suits Your Material?

Submit your design and our engineers will recommend the optimal option.