![]() We have implemented energy conservation and waste management policies including recycling plastics used in manufacturing. We are seeking environmental certification by Spring 2009. |
| CAPABILITIES |
| Thermoforming |
| About Thermoforming |
| Vacuum Forming |
| Pressure Forming |
| Mechanical Forming |
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| Routing & Trimming |
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| Assembling |
| Fabrication |
| Heat Bending |
| Bonding |
| Gluing |
| Solvent Bonding |
| UV |
| Rigidizing |
| Mechanical Fastening |
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| Bonding |
| Gluing |
| Solvent Bonding |
| UV |
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| Design & Engineering |
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| Tooling & Prototyping |
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| Warehouse & Distribution |
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| Materials |
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| Gallery |
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| About Us |
| Contact Us |
| Location |
CAPABILITIES
Thermoforming
VACUUM FORMING
ThermoPro Inc. is a full service vacuum former. We use the latest technology in forming equipment to consistently produce parts that meet your most exacting requirements. Our state of the art equipment can accommodate your production requirements. We specialize in parts that have highly cosmetic and complex requirements, and can efficiently handle large or small part sizes. Producing difficult-to-manufacture parts has become the ThermoPro trademark.

PRESSURE FORMING
Our pressure forming equipment utilizes the most advanced, state-of-the-art technology available today. Advanced heat and pressure controls allow us to produce parts that have the look of injection-molded parts at a fraction of the tooling cost. The ThermoPro thermoforming equipment and technology allows us to produce cost efficient pressure formed parts with tight tolerances.

MECHANICAL FORMING
Mechanical thermoforming is the process of taking a thermoplastic sheet and heating it to the proper temperature to form the sheet by means of direct mechanical force. In mechanical forming there is no vacuum or air pressure used to assist in the molding or forming of the thermoplastic sheet. A positive and negative tool is used to physically mold or form the thermoplastic sheet to the desired shape. After the thermoplastic sheet is formed, it is allowed to cool below the distortion or set temperature. After the part is cooled, it will be removed from the mold. Two mold halves are required for this process which makes tooling more expensive than some other thermoforming processes such as vacuum forming.
