A new generation of transportation.

Automotive designers increasingly look to composite materials for a more sustainable future. Removing unnecessary weight from modern vehicle designs cuts fuel consumption and C02 emissions and advances the adoption of more sustainable technologies such as Electronic Vehicles (EVs) by extending driving range.

Oribi enables the integration of lightweight, materially efficient, cost-effective structures into existing and emerging automotive markets by combining continuous fiber-reinforced thermoplastic composites with automated robotic manufacturing cells. Ideal applications for Oribi’s technology include battery enclosures, interior structures, structural frames, wheels and crush-zone components.

And since thermoplastics are 100% recyclable at end-of-life, by working together today we accelerate to a greener tomorrow.

Go further with Oribi.

Our SPIN process enables the high-rate, affordable production of wheels, which contributes to a significant improvement in vehicle efficiency.

Our modular, automated manufacturing cells allow for the cost-effective integration of additional functionality into your parts.

Oribi’s engineering team works with you to select the right materials and processes to optimize part performance and to minimize cost.

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Short Cycle Times

Thermoplastic composites can be formed in seconds, making them ideal for cost effective, high volume part production

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Chemical Resistance

Thermoplastic composites deliver outstanding solvent resistance, including fuel and hydraulic fluids, reducing infield maintenance, and increasing part life

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30% lighter than aluminum and 70% lighter than steel, thermoplastic composites are an enabling technology to lighten the next generation of transportation solutions

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Fire, Smoke, Toxicity Performance

Thermoplastic composites meet fire, smoke and toxicity safety requirements for interior applications

The benefits of thermoplastic composites.

Reach out to us to realize the benefits of advanced composites in your vehicles.

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