Injection Molding

As electronics demand slimmer, stronger, and more sustainable designs, Nano Molding Technology (NMT) is emerging as a key innovation.

Gate placement isn’t just a technical detail—it shapes everything from aesthetics to internal stress, shrinkage control, flow quality, and mold wear.

Foam injection molding (FIM) delivers lighter, stronger, and more cost-effective products compared to traditional injection molding.

K 2025 preview unveils cutting-edge plastics tech: low-carbon materials, advanced recycling, smart thermoplastics, and EV-ready polycarbonates.

This is the second in a two-part series discussing adjusting your injection molding process to incorporate PCR.

Canada regulators excluded fluoropolymers from PFAS classification based on factors related to environmental behavior and exposure risks.

By employing surface engineering techniques, researchers can improve the durability of components made using insert injection molding.

Foamed plastics and renewable polymers drive next-gen sustainable drinkware, which uses less material, improves insulation, and is fully recyclable.

Generic life cycle data hides the actual energy impact of injection molding and limits the ability to identify real opportunities for efficiency.

Researchers seek to better understand warpage in injection molding using Multi-Fidelity Neural Networks (MFNN).

In a presentation at SPE ANTEC® 2025, researchers showed how Meta’s DINOv2 can optimize the detection of injection molding defects.

As industries strive to integrate recycled materials into mainstream manufacturing, researchers continue to explore ways to enhance the usability of post-industrial recycled polypropylene (PIR-PP).