Twin Sheet Thermoforming Helps Reduce Sports Impact Issues Twin sheet thermoforming was the perfect process for this cushioning pad system. And subsequently, we have gained unique experience in working with the very demanding family of Thermoplastic Urethanes. In part, this experience as come from making parts like this cushioning pad system for a new generation of football helmet. … Read more
Twin Sheet Process Great Solution For Cushioning Product For this flexible cushioning product, we have utilized our award winning Technical Twin-Sheet process. In addition, we have employed different colors of TPU resins. Equally noteworthy, we have welded around the perimeter of the parts, as well as at the contact point of each ellipsoid. Cushioning Panel Mold … Read more
Pressure Forming Offers Just Enough Detail for This Exercise Enclosure We assemble this pressure formed enclosure from 4 female, pressure-formed parts. Initially, we mold undercuts around the perimeter, thus ensuring uniform mating of various parts. In addition, we have molded in an aggressive texture, using a HIPS material.
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