Museums and art transportation companies currently face a significant logistical challenge when shipping two-dimensional works of art such as paintings. Standardized crate systems, widely used in the industry, are typically fixed in size, making them inefficient and costly when transporting works of art of varying dimensions. Each new work of art often requires a custom crate, leading to increased material use, high storage demands, and elevated transportation costs. In addition, many of these packaging systems lack optimized protection against thermal and physical stress during transit. Vibrations and shocks, especially over long distances, can compromise the structural integrity of the work of art.
To address these industry-specific limitations, researchers from the University of the Basque Country (EHU) have designed a new technology that combines two independent but complementary systems:
- ModAps is a modular packaging system composed of interchangeable, interlocking components that can be assembled to form custom-sized boxes for works of art.
- VCS is a vibration-control system based on an inflatable structure with multiple air chambers. This balloon-like device surrounds the work of art and dissipates vibrations and shocks during transportation. Its inflation level can be adjusted to fit different work of art sizes and sensitivity levels.
While both technologies can be used together for more protection; each can also be commercialized and applied independently.
The patented technology is currently at TRL 1–2, corresponding to the conceptual and design phase.
Benefits:
- Its modular design enables custom crate assembly for works of art of various sizes, reducing material waste and box inventory.
- The lightweight aluminum frame significantly reduces transport weight.
- It is a space-saving solution, as the modules can be disassembled and stacked, unlike fixed-size boxes.
- It improves the thermal and physical protection of the work due to aluminum panels and insulating foam.
- The VCS anti-vibration device reduces exposure to shocks through a multi-chamber air structure.
- Both systems can be reused and adapted, with the possibility of integrating eco-friendly materials.
- It can be used for both internal storage in museums and long-distance transport.
The represented institution is looking for a collaboration that leads to commercial exploitation of the presented invention.
Institution: Universidad del País Vasco (EHU)
TRL: 1-2
Protection Status: Patent Application
Contacto: Elisa Sáenz | e.saenz@viromii.com