Entrepreneur Hampton Carver came to Applied Rapid Technologies (ART) with some scrap pieces of rubber, a mock-up, and some basic 3D CAD models for a new cell phone accessory idea. He needed assistance picking the proper production material and he needed accurate prototypes to test his designs.
Members from our design and production teams sat down with Mr. Carver to gather more information, look at sample materials, and discuss production options. Prototypes were built from a variety of materials and the design was iterated until the final LinQ® product emerged.
The LinQ project was a resounding success and the ART crew is very happy to see the final product on the market – we love to see projects that we work on make it through production and into consumer’s hands.
Working with three-dimentional CAD models from General Dynamics, ART was tasked with creating 1:25 scale-models or NASA's Gamma-ray Large Area Space Telescope (GLAST). Our engineers almost immediately encounted a serious complication: when shrunk to scale, certain components - including wafer-thin solar panels became too small and fragile for fabrication.
Improving the orignal CAD model prior to fabrication enabled ART to create easily-assembled sections for the final desktop models. We consolidated parts and assemblines into 26 components - enlarging and thickenng specific details to ensure stability and visibility. Our expert technicians and craftsmen completed 25 scale models.
The models were such a resounding success that a second order for 25 units was placed shortly thereafter.
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