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Image: Landfill with metal scrap and electrical appliances; Copyright: scherbinaanna7

AIMPLAS participates in a European project to develop environmentally sustainable printed electronics

19/09/2023

The REFORM project aims to develop sustainable electronic components using bio-derived materials to reduce the reliance on scarce metals. It addresses the environmental impact of e-waste by creating recyclable and eco-friendly printed electronics, involving various European partners, including AIMPLAS, to develop innovative recycling methods.
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Photo: Rear view of a blue GENBETA on an indoor race track; Copyright: SABIC

New GENBETA car developed by Formula E and its innovation partner SABIC shatters Guinness World Records™ title

19/09/2023

SABIC's materials contributed to the GENBETA car setting an indoor speed record at the 2023 Hankook London E-Prix, with driver Jake Hughes reaching 218.71KPH. These materials, including thermoplastics, enhanced the car's performance, aligning with SABIC's commitment to electrification and sustainability in partnership with Formula E.
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Image: Black rubber granules; Copyright: alexstand

Intelligent rubber materials

12/09/2023

Materials scientists at the University of Stuttgart and pharmacists at the University of Tübingen have developed smart polymer materials that can autonomously adapt to environmental conditions, making them ideal for soft robotics and exoskeletons.
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Image: Scientist wearing VR goggles and two blue gloves to stay in digital metaverse cyberspace ; Copyright: Rimidolove

The VR glove from the 3D printer

26/12/2022

In a project called "Manufhaptics", researchers at Empa, together with EPFL and ETH Zurich, want to develop a VR glove that will make virtual worlds tangible. The VR glove is to be created using a 3D printing process and will have three different actuators.
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Image: Athlete looking at her smartphone in the park while resting after an outdoor workout. Right: yoga mat; Copyright: DaniDG_

Smart textiles sense how their users are moving

22/08/2022

Researchers from the Massachusetts Institute of Technology develop a comfortable, form-fitting fabric that recognizes its wearer's activities, like walking, running, and jumping. Through the process of thermoforming, the researchers were able to significantly improve the precision of pressure sensors woven into multilayer knitted textiles, which they call 3DKnITS.
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