Author: daniel
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Central Console
Integration of Flexible Electronics in Plastic The central console incorporates an IME (In Mould Electronics) plastic piece that is only 3 mm thick. The integration of flexible electronics in plastic allows the parts to be equipped with temperature, lighting, capacitive, or deformation sensors. Its manufacturing and assembly process is simpler, requiring fewer materials and parts.…
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Capacitive Buttons
The console integrates capacitive sensors to turn on the scooter, activate the turn signals, and control the front light. The capacitive buttons work by detecting contact and proximity and have a customizable range. Touch-sensitive controls are designed to improve the accuracy and usability of electronic devices. Their design eliminates the need for mechanical buttons, improving…
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Hybrid LEDs
The console features LED lighting to backlight the buttons. Advanced lighting technology that combines multiple LED types to provide greater energy efficiency, durability and uniform brightness. Ideal for applications in high visibility controls, adaptive lighting and environments where light reliability is required.
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Slider
The integrated slider controls the power of the scooter’s main light. Intuitive slider control allows for precise adjustments. Designed to be ergonomic and durable, the slider integrates seamlessly into modern interfaces, facilitating an efficient and effortless user experience.
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Right Heated Handle
Heated handle using a screen-printed film The handle integrates a screen-printed heating film. The temperature can be regulated through control electronics. This efficient heating system is based on the Joule effect. The sheet is customizable and can be integrated into injection-moulded plastic parts.
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Left Heated Handle
Heated handle using a 3D-printed resistance The handle integrates a resistance printed by additive manufacturing. The conductive material developed by AIMPLAS allows heat transfer. The temperature can be regulated through control electronics. This is a sustainable solution to provide greater thermal comfort. Its energy consumption is efficient and offers a high degree of customization.
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Weight Sensor
Pressure sensor to detect weight The scooter has a sensor to detect weight through the pressure exerted. The detection range goes from 100 gr/cm² to 5 kg/cm². This sensor can be integrated into plastic injection processes in flexible materials, thermoforming, and composites in 3D structures. This technology can be applied in plantar pressure detection systems,…
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Helmet Presence Detector
Presence detection sensor in the helmet The helmet features a capacitive sensor for presence detection. It allows knowing if the user is wearing it. This sensor can be integrated into plastic injection processes, thermoforming, and composites in 3D structures. The contact and proximity detection range are customizable. This technology can be applied to interactive surfaces,…
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NFC Technology
Wireless connectivity system based on NFC technology, integrated into the helmet to facilitate communication and interaction with the scooter. Optimises mobility by allowing quick and efficient access to key functions.