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Get practical tips and updates from the team at Tru-Form Plastics. Our posts cover everything from medical tray packaging to industrial thermoforming solutions that support high-performance builds across regulated markets.

  • Flexibility First with Thermoforming

    Thermoforming offers many benefits over other types of molding. And one of the most significant benefit is the flexibility it delivers. With thermoforming, manufacturers have a variety of options both

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  • Who Needs EMI Shielding?

    EMI, also known as electromagnetic interference, is a disturbance in the operation of electronic devices caused by external sources that affect the electrical circuit. One approach to prevent this interference

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  • Accuracy and Precision with CNC Trimming

    To finish a thermoformed part, a variety of trimming processes can be used. The process selection depends on the quantity being produced, part specifications, and the tolerances needed. Options include

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  • What to Look for in a Thermoformer

    When you’re selecting a thermoformer, consider looking for a partner that offers turn-key services to optimize your efficiencies and savings. Among the key processes a full-service thermoformer can offer are:

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  • Can Foam Be Thermoformed? Yep.

    A variety of plastic materials can be used in thermoforming, including foams such as those made from polystyrene, polyethylene and polyurethane. In fact, since it’s durable, absorbs sound and impact

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  • Why Choose Thermoforming?

    For OEMs looking for solutions to their part needs, thermoforming offers a number of benefits over other processes. With the right thermoforming partner, you’ll realize: Design Flexibility: A wide variety

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  • Hot and Cold: The Role of Heat Transfer in Thermoforming

    With thermoforming, a plastic sheet is heated to its forming temperature, then shaped by a mold, but just what is “forming temperature?” Most materials have a range of forming temperatures.

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  • Does plastic need to be prestretched?

    With thermoforming, a plastic sheet is heated until it’s pliable, then stretched into or onto a mold to form a part. But the sheet gets thinner as it stretches deeper

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  • Thin and Thick Gauge Thermoforming: What’s the Difference?

    The thermoforming process involves heating a plastic sheet until it’s pliable, then placing it into or onto a mold to be formed with vacuum or pressure. But within this general

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