This interior transfer tray is manufactured using the Pressure Forming process to a negative mold. The tray is designed to extremely tight tolerances (+/- .002) to prevent any movement of cylinders during transfer.
We Pressure Formed these automated handwashing stations for our customer, Meritech. Meritech developed these hand sanitizing systems, which have been clinically proven to remove more that 99.9% of harmful pathogens. The process takes approximately 12 seconds, and uses 75% less water than a traditional sink. Initially, we decided that the pressure forming was the appropriate process … Read more
Pressure Formed Surgical Imaging Technology To begin, ATI chose the pressure forming process to custom thermoform the parts for GE Healthcare’s OEC Elite Miniview C-arm. Importantly, we are able to yield sharp radii where the various parts fit together, using the pressure forming process. Next, we used multi-part assembly to form the completed part. This part requires a variety … Read more
Pressure Forming Process Used for Shroud Headrest This part is made from a Radel® resin which is a polyphenylsulfone material. Radel’s properties include very high impact and chemical resistance in addition to the toxicity properties stated above. Because of the physical properties of the sheet, the processing temperatures are very high, requiring the sheet to … Read more
Pressure Forming Process Used for Hospital Bed System We chose the pressure forming process to manufacture the MediGLIDER™ patient transfer system. This innovative patient transfer system was developed by ConMediSys. This lateral transfer system eliminates the need for heavy lifting in patient transfer. As patient transfers are a leading cause of workplace injury in hospitals and other … Read more
Pressure Forming Process Achieves Sharp, Crisp Detail We use the Pressure Forming Process to manufacture this part due to the sharp, crisp detail required. Additionally, we form the part on a male mold. The material is a custom colored, capped HIPS. In addition it is a very high gloss material. Created for: Waterpik
Pressure Forming Process Forms Medical Enclosures These parts for the medical industry are formed using the Pressure Forming Process. We thermoform this set of enclosures for an Ultrasound navigation device. KYDEX® T with a UL 94V-0 flame rating is the material we use for these parts. Additionally, these parts display a molded undercut perimeter. Thus, … Read more
We use the pressure forming process for these covers for the Sievers Instruments’ Sievers M9. Formerly the Sievers 900, the new M9 is a Total Organic Count (TOC) Water Analyzer. These water analyzers are widely used in the Semiconductor business. Additionally, Sievers Instruments are manufactured for G.E. Analytical, which recently became a part of SUEZ. Created for: … Read more
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
Associated Thermoforming, Inc.
We are the Experts in Custom Plastics Thermoforming.
