Company Description: GPI Prototype uses a variety of cutting-edge technologies to produce unmachineable parts in a wide range of materials. Using some of the latest machines available from EOS and Objet, we have the capability to produce complex prototypes with unparalleled quality. Additionally, we also continue to provide legacy techniques such as RTV Tooling & Urethane Casting to produce quick parts for short-runs that do not qualify for production status. GPI maintains relationships with a number of strategic partners to enable the complete service and delivery of all your prototyping needs. GPI Prototype is a premiere service provider of Direct Metal Laser Sintering (DMLS), the latest technology in rapid prototype and manufacturing services from EOS GmbH. As one of the first DMLS service providers in the country, GPI produces metal parts for applications ranging from prototypes to series products and production tools. DMLS technology is ideal for a variety of applications including the creation of conformal cooling channels within tools and tooling inserts, as well as customized medical implants. DMLS - Direct Metal Laser Sintering - GPI Prototype Utilizing the DMLS process, metal parts of the most complex geometries are built layer-by-layer (down to 20 microns) directly from 3D CAD data, automatically, without tooling. The parts have excellent mechanical properties, high detail resolution and exceptional surface quality. The metal powder is melted entirely to create a fully dense, fine, homogenous structure. Unique geometric freedom of design enables DMLS to form cavities and undercuts which, with conventional methods, can only be produced with great difficulty, if at all. Additionally, when a part needs to be tested and re-designed over and over, the lead time for receiving a traditionally tooled part can create a large bottleneck in the final production process. DMLS produces parts that are extremely high quality, and can be built in a matter of hours or days rather than weeks. This ability to generate functional metal prototypes in short order radically impacts design processes, accelerating design cycles with time to market by creating the opportunity for multiple redesigns and builds. Depending on size and geometries, in some cases the turnaround time for a part can be as little as a few hours. Furthermore, these parts can undergo functional testing in the environment for which they were designed. This technology delivers unlimited potential for engineers to create previously impossible solutions, embracing a new era of design-driven manufacturing.

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