We achieve crisp features and clean, uniform joints between parts by using the pressure forming process for this monitor enclosure. This enclosure is the result of a 3 part assembly. Due to customer specifications, we used a custom-colored, fire-retardant Acrylic/PVC material. In addition we formed these parts in textured molds. Created for: Particle Measuring Systems
Pressure Forming Process Combines With Twin Sheet For a Winning Combination The InVision 3-D printer consists of 11 high definition parts. In addition to combining the pressure forming process with the twin sheet process, we’ve also used the vacuum forming and compression mold processes. This printer brings 3-dimensional printing to the masses with innovative features, high resolution model quality, and simple-to-use print software. … Read more
Surgical Helmet Wins Twin Sheet Award We formed this award winning shell of a Surgical Helmet using Twin Sheet Thermoforming. Importantly, this helmet offers protection from fluids during operations. Additionally, we designed it to house a ventilating fan. It also includes a plenum running over the top of the head to distribute cooling to the face. As previously … Read more
Vacuum Forming A Severe Deep Draw We vacuum form this award winning, very challenging part for QubicaAMF. First of all, the Durabin has a very severe deep draw, and we make it from High Density Polyethylene, with a .312″ starting gauge. The challenge we face is a result of the draw of material. We are tasked with … Read more
Award Winning Twin-Sheet Formed Pin Setting System ATI made these two parts utilizing our Technical Twin-sheet process, which molds geometric features on both sides. This part is constructed from two panels, both Front and Rear. The assembly, shown in top view from the pin-setter side (facing the bowler) is comprised of two Technical Twin-sheet parts. We mechanically attach these parts to … Read more
Associated Thermoforming, Inc.
We are the Experts in Custom Plastics Thermoforming.
