Additive manufacturing processes are renowned for their ability to produce complex, functional 3D objects rapidly and cost-effectively in low volume quantities.  Utilizing the latest in laser sintering (SLS/LS), stereolithography (SLA/SL) and 3D printing technology in conjunction with advanced secondary post processes, we are able to advance their capabilities beyond the norm.  This boost in performance can potentially help you avoid the constraints and costs of traditional production methods by using tool-less manufacturing instead.  One significant secondary post-process augmentation is structural or cosmetic metal plating which can provide the following benefits:

     There are two primary metal plating processes for additive manufactured parts:  vacuum plating and electroplating.  In vacuum plating a thin coat of metal composite is applied to provide an attractive high gloss finish that is ideal for cosmetic applications.  This process affects the exterior dimensions of the part minimally (approximately .0008 to .0014").  Electroplating can be applied in varying thickness (typically .004"), depending on your requirements for structural, electrical or magnetic performance.  Metal plating is available in both a technical (matte) and glossy finish in the following metals: