Custom Part Fabrication for Industrial Equipment OEMs

Many thermoformed plastics do not rust, corrode, or degrade when exposed to moisture, cleaning agents, oils, fuels, or common industrial chemicals. This makes them well-suited for equipment used in manufacturing facilities, processing environments, and other industrial settings where exposure is unavoidable.

Material selection is critical. ICP works with OEMs to choose plastics that align with the specific operating conditions the part and equipment will face. When properly selected and designed, thermoformed plastic parts can provide long-term durability with reduced maintenance compared to metal alternatives.

We can form sheets up to 8 ft × 10 ft and 40 inches deep, with material thickness up to 0.500 inches. Most of the parts we form are on average of 36”x48”

Yes — our engineering team provides design-for-manufacturability feedback, material selection, and rapid prototyping services.

Tolerances are dependent on design, size, and material for the part. Please contact us for tolerance standards.

Prototype tooling in as little as 3–5 weeks, with scalable production scheduling to meet OEM delivery requirements.

After you submit your information, our team will review your response and reach out for further follow-up, typically via email. Submitting a request for quote does not bind you to anything – we take it as you reaching out to explore your options. 

Please note this form is not meant for solicitations. Solicitations will be ignored. 

No. We utilize thermoforming and vacuum forming processes. However – just because your part is currently produced using injection molding doesn't necessarily mean that thermoforming might not be a better solution for your specific application.  If you're unsure, we encourage you to submit our request a quote form. If we end up not being the right fit, we can help match you with one of our injection molding partners. 

No. We utilize thermoforming and vacuum forming processes. 3D printing is occasionally used for early stage part design to verify fit and function, and then moves over to Thermoforming for production.  

Thermoforming is typically a strong fit for low to mid production volumes (up to 10,000 units).