Electroplated
Electroplating coats 3D-printed parts with a thin metal layer through an electrochemical process, creating a shiny, metallic finish that enhances both appearance and durability.
Compatible materials
Electroplating involves depositing a thin layer of metal onto the surface of a 3D printed part through an electrochemical process. Electroplating enhances the surface finish of the as-printed parts, improving durability, conductivity, corrosion protection and aesthetics. It can coat complex geometries uniformly and is compatible with a wide range of base materials, with the potential to use different plated metals such as gold, silver, nickel, copper and brass.
Electroplating is one of the 3D Plus hardware finishing services on AIHFABS. It is applied after printing so the part leaves production closer to a usable product—not only a raw build. Use this page to decide whether Electroplating matches your cosmetic, durability, or assembly requirements before you upload a file.
Electroplating involves depositing a thin layer of metal onto the surface of a 3D printed part through an electrochemical process. Electroplating enhances the surface finish of the as-printed parts, improving durability, conductivity, corrosion protection and aesthetics. It can coat complex geometries uniformly and is compatible with a wide range of base materials, with the potential to use different plated metals such as gold, silver, nickel, copper and brass.
Finishing is quoted with the print. Select Electroplating in checkout, review price and lead time, and keep printing plus post-processing in one order instead of coordinating a second shop.
Electroplating can hide layer lines, even out color, or create a more uniform surface for display models, consumer housings, and review samples.
Depending on the process, Electroplating may improve wear, corrosion resistance, grip, or light diffusion so the part survives handling and end use.
When Electroplating is combined with printing, you receive parts that are closer to install-ready, reducing secondary work in your own workshop.
Ordering Electroplating follows the same 3D Plus software flow as a standard print. You do not need a separate finishing RFQ for catalog options.
Use STL, STEP, or another supported format. The quoter checks volume and geometry so finishing can be priced against the actual part.
Pick SLA, SLS, MJF, SLM, FDM, DLP, or CNC where applicable, then add Electroplating and any other 3D Plus hardware options the part needs.
Review supplier options, confirm quantity, and place the order. Printing and finishing stay on one timeline and one invoice.
Electroplating is typically applied to plastics or metals produced with industrial 3D printing. Compatibility depends on material, wall thickness, and whether the surface can be reached by spray, media, chemistry, or tooling. Deep recesses, thin walls, and optical faces may need design review. If the automatic quote cannot apply Electroplating to your file, request a manual quotation.
Need Electroplating on a batch, a mixed-material assembly, or a part that also requires tapping or painting? Keep those options in the same quote so lead time includes the full stack of operations.
These are the 3D Plus rows tied to Electroplating. Compare the look, extra days, and which materials each option supports before you upload.
Electroplating coats 3D-printed parts with a thin metal layer through an electrochemical process, creating a shiny, metallic finish that enhances both appearance and durability.
Compatible materials
Only these grades can take this finish in the instant quote. Open a material for specs, or upload a file and the quoter will only show compatible options.
Castable Photopolymer Resin
Print lead time: 72Hours
High-detail Resin White
Print lead time: 72Hours
High-temp Resin Red
Print lead time: 4Days
High-Temp Resistant Resin Red
Print lead time: 4Days
Nylon-like Resin TuS
Print lead time: 72Hours
Premium Clear Resin
Print lead time: 72Hours
Resin Black
Print lead time: 72Hours
Resin White
Print lead time: 72Hours
Standard Resin Black
Print lead time: 48Hours
Standard Resin White
Print lead time: 48Hours
Tough Resin White
Print lead time: 48Hours
Ultra-Tough Resin Black
Print lead time: 72Hours
Ultra-Tough Resin Blue
Print lead time: 72Hours
Ultra-Tough Resin White
Print lead time: 72Hours
Answers that apply to Electroplating on AIHFABS 3D Plus hardware — materials, size change, and how to order it with the print.
Electroplating involves depositing a thin layer of metal onto the surface of a 3D printed part through an electrochemical process. Electroplating enhances the surface finish of the as-printed parts, improving durability, conductivity, corrosion protection and aesthetics. It can coat complex geometries uniformly and is compatible with a wide range of base materials, with the potential to use different plated metals such as gold, silver, nickel, copper and brass.
Electroplating is a color or optical finish. SLS and MJF nylon take dye; resins take paint, primer, frosting, and clear coats; aluminum and other metals take anodizing, plating, or e-coat. The quoter only offers Electroplating when the selected material can accept it.
Paint, plating, and e-coat add a thin film. Dye soaks into nylon with little build-up. Frosting and clear coats change how light hits the surface more than the CAD size. Call out fits and optical faces in the quote notes so they can be masked.
Anodizing is for aluminum alloys. Electroplating can go on several conductive metals and some plated plastics after a conductive coat. Tell us the print alloy so we can confirm Electroplating.
Upload the CAD file, choose a print process and material, then turn on Electroplating. Price and lead time update on the same order. If the automatic quote cannot apply it, request a manual quotation and note fits or color codes.
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