Injection/Overmolding

Tepex composite opens up new opportunities for electric skateboards

The continuous fiber-reinforced thermoplastic is used for a trough-shaped skateboard deck application, notable for its high torsional and bending strength, light weight and moisture protection.

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Work In Progress

Riding pretty: Hybrid upper control arms move to pickups

Short-glass/PA6 with metallic inserts reduces mass, running torque, joint wear on the Ram 1500 half-ton pickup truck.

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Carbon Fibers

Robotic injection molding for functionalized composites

Anybrid enables compact, flexible hybrid injection molding/overmolding for smaller series and larger components.

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Weaving

Composites as auto-body reinforcements

Hybrid structural-reinforcement technology expands options, gains applications, markets.

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WEAV3D, GAA partner to expand structural composite opportunities in automotive sector

Tunable, composite lattice structures produced via patented automated weaving process able to support automotive volumes of hundreds of thousands of units per year.

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PAEK

ENLIGHTEN program launched to speed thermoplastic composites industrialization

Multi-scale modeling, testing, sensors and machine learning will advance understanding and algorithms to achieve process control and optimization for both aerospace and automotive supply chains.

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Automation

Bespoke process produces composite brake pedal every minute

Three composite materials are used to create structural composite member that meets demanding mechanical requirements.

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Glass Fibers

Thermoplastic composite structure replaces metals on safety-critical brake pedals

First all-composite brake pedals developed by Boge Rubber & Plastics Group are lighter, stiffer, stronger and offer improved driving haptics.

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Carbon Fibers

Clean Sky 2 IMCOLOR project develops integrated manufacturing process for lightweight product design

Multi-shot injection molding process and thermoplastic automated fiber placements with in-situ consolidation for automated, easy-to-reproduce parts that perform at high mechanical levels.

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Altair Inspire Mold simulates injection molding process to optimize manufacturability

Inspire Mold can evaluate manufacturability of new components at the outset of development, complete design iterations faster, reduce cost and other optimization features.

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