High precision machining in progress

Revolutionizing the Plastics Industry

Innovations in Rigid Foam Technology for Sustainable Lightweight Parts

High precision machining in progress

Developing Uniform
Cellular Structure

For Optimized Strength and Performance

High precision machining in progress

Precision Machining

Where Complexity Meets Accuracy

Moxietec™ advanced foaming technology stands apart due to its ability to generate fine and consistent bubbles throughout the entire part. Unlike the current generation of blowing agents that often create uneven structures, our next generation foaming additives ensure uniform bubble distribution from wall to wall. This allows manufacturers to reduce weight while improving strength.

The uniform bubble structure enhances performance by evenly distrusting forces, improving energy absorption, and increasing durability. As a result, the parts produced with our technology are not only lighter, stronger, and more impact-resistant than conventional foamed parts but also contribute to a more sustainable manufacturing.


See The Difference

Turnkey Solutions: Products & Services

Our market presence extends across both domestic and international sales, with key clients in North America, and Europe. By continuously innovating, we are positioning Moxietec as a leading supplier of next-generation foamed materials and solutions.

Intellectual Property

Moxietec is your trusted partner in innovation, delivering high-quality, sustainable plastic injection molding solutions. With a world-class research team, cutting-edge in-house mold design and machining capabilities, and one of the largest 5-axis CNC mills on the East Coast, we bring precision, efficiency, and expertise to every project. Our commitment to excellence is backed by patented technologies that drive innovation in recycled foamed thermoplastic materials.

Moxietec™ Foam Injection Molding Technologies
Moxietec™ Foam Injection Molding Technologies

Moxietec has developed a range of injection molding processes that control the cellular structure of molded parts formed from foamed thermoplastics. These controlled cellular structures significantly reduce weight while improving the desired physical and mechanical properties…

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Moxietec™ Shut-Off Nozzle for Injection Molding
Moxietec™ Shut-Off Nozzle for Injection Molding

Moxietec’s Shut-Off Nozzle directly addresses two persistent challenges in the injection molding industry:  (i) tip drool, which requires frequent nozzle cleaning and maintenance, and (i) semi-solidified plastic …

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Moxietec™ Innovative Locking Blocks
Moxietec™ Innovative Locking Blocks

Moxietec’s locking blocks offer a durable, versatile, and reusable solution for rapidly assembling structures using our advanced polymer foaming technology. These innovative blocks enable the quick and efficient construction of shelters, support structures, and walls across various applications, making them ideal for disaster relief, military operations, and construction projects. With this locking block, you can construct single walls, double walls, and corner structures, offering flexible design options to meet various building needs…

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Moxietec™ Rapid Injection Molding Process Prototyping
Moxietec™ Rapid Injection Molding Process Prototyping

Moxietec’s rapid prototyping system provides a quick and cost-effective method for designing optimal formulations and processes for polymer foam injection molding to achieve desired part properties. Through a series of short tests, the optimal mold design, polymer formulation, and processing parameter needed to produce thermoplastic foam parts with ideal cellular structure, mechanical strength, and physical properties are determined…

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Moxietec™ Heated Runner Separator
Moxietec™ Heated Runner Separator

Moxietec’s innovative Heated Runner Separator modifies traditional cold runner injection molding systems to enhance the injection molding of foamed polymers. Both traditional hot and cold runner systems pose challenges when molding foamed polymers. The Heated Runner Separator, modifies cold runner systems to improve the injection molding of foamed polymers.

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