The nanocellulose used by the company is eight times stronger than steel at the nanofiber level.
This procedure is based on high-precision optical metrology and machine learning, scanning devices to identify materials, reusable parts and valuable components.
Powered solely by sunlight, this technology represents a major advance in the production of fuels and chemicals without additional carbon emissions.
The pilot project would allow people to live underwater for up to 28 days at a time at a depth of 200 metres.
The technology developed has the potential to handle multiple types of materials simultaneously, increasing its versatility and efficiency.
With the launch of the XAG P150, the company reaffirms its position in agricultural drone technology.
The tractors combine technological and comfort improvements, adapting to the needs of specialized agriculture.
The device uses a nanoporous layer integrated with cotton waste and other materials to generate energy when exposed to visible or infrared light.
The bike uses rigid spheres similar to those used in circus acts.
This development could transform the way components for nuclear research reactors are created and manufactured.
During the flight, the aircraft was subjected to a dynamic pressure of 383 KEAS, a figure greater than what it will experience at supersonic speeds.
The collaboration between Oxa, Sunderland City Council and other partners reflects a clear commitment to real solutions that could redefine public transport around the world.
