At Medio Design, we have developed a new version of the storage and charging racks for Histovery’s HistoPads—augmented reality tablets used in museums and exhibitions to provide interactive cultural experiences.
The key feature of these new racks is their integrated charging system, which allows the tablets to be charged easily simply by placing them into their respective slots. The system utilizes magnetic connectors that facilitate the connection, ensuring a convenient and practical charging process without the need to handle any cables.
Building upon the original design, this new version addresses more stringent fire safety requirements by incorporating materials and components specifically developed for this application.
For the structure, we have replaced the original material—high-density fiberboard—with FR (fire-retardant) aluminum composite panels from Elval Colour. This material combines lightness, rigidity, and ease of fabrication with a fire-retardant core, providing a solution tailored to the project’s safety requirements.
The system is completed with connecting elements and other components designed and manufactured in-house via 3D printing, using a fire-retardant filament. This approach allows for the resolution of assembly details and enables the solution to be adapted to the functional needs of the overall assembly.
The racks retain their stackable and modular design, facilitating their integration into various museum environments. Each unit can store and charge between 10 and 15 tablets, ensuring convenient access and efficient device management.
We transform new technical requirements into opportunities to improve and evolve products, combining design, expertise in materials, and the development of custom-tailored solutions.
DESIGN, TECHNICAL DEVELOPMENT, AND PRODUCTION: Medio Design
MATERIAL: FR aluminum composite and 3D-printed components made with flame-retardant filament
ORIGINAL PROJECT: 2019
NEW VERSION YEAR: 2025-26
