- Combines lightweight and functionality. It accommodates the instrument panel, steering column, heating and ventilation modules, airbags, glove box, center console, etc., and is firmly connected to the vehicle body.
×
Supplier Database
Seamless Digital panel CES 2025 OPmobility SE (Formerly Compagnie Plastic Omnium SE)
Developed in collaboration with Seamless Digital, the system is a reflective dynamic display integrated into the bumper side finisher, enabling communication to other road users; System does not emit light, is visible in direct sunlight, and can match colors with the vehicle body
×
Supplier Database
Car body frame integration - Rear frame Automotive World 2025 UNIPRES Corporation
Integral molding by hot stamping reduces the number of parts from 11 to 1. On the rear side, the processing method can be changed and thin sheets can be used for energy absorption. One side is softer and more impact energy absorbent than the other side (red part) by infrared baking technology. On the other, thin sheets are integrally formed using spot welding (5th panel).
×
Supplier Database
Sustainable resin panel JAPAN MOBILITY SHOW 2023 Toyoda Gosei Co., Ltd.
- Product development for automated driving. - Reduces body burden by properly maintaining occupant posture. Seamless connection between seat and backrest to distribute body pressure and accommodate changes in driving and relaxing postures. Equipped with a back-slip reduction function and a headrest and armrest to reduce car sickness, it can provide a comfortable journey. - The armrest is equipped with an operation panel that works with reclining. The mechanism also maintains a constant distance between the control panel and the hand.
×
Supplier Database
Mezzo Plus front panel with morphing surfaces CES 2023 Magna International Inc.
Large decorative front panel which enables integration of sensors such as cameras and radar through transmissive material; decorative lighting and animations enable production differentiation and customization; morphing surfaces enable improved aerodynamics and thermal control through the use of bendable surfaces which blend with the vehicle body
-A solution that utilizes collision analysis technology. Achieves low cost and weight reduction by increasing the strength of the material -Forming technology under development centered on high-strength cold-rolled 1470MPa material -Wheelhouse outer, rear floor side members, instrument panel reinforcement, etc. applied to Toyota bZ4X