Projects and Products

Modular, electric, remote controlled and self-driving wheelchair manufactured by 3D printing

MIURA is an Atlantica SpA product developed for a MIL R&D project. Atlantica has asked Agt its services for part of the engineering, 3D printing manufacture, electronic integration, remote control and drive, assembling and testing of the vehicle.

MIURA is a modular wheelchair made of a base unit and three modules: offroad, snow and stairs. The quick installation of a module allows the vehicle to be fit to each specific operational requirement. Each module has been manufactured using the latest technologies in 3D printing.

Among various modes, the application of a stretcher allows to recover and drive back an injured patient in a dangerous location, driving him back to the main base, following exactly the same course MIURA had travelled to collect him.

MIURA will become an Atlantica line of special vehicles for injured and disabled people.

A family of ultra light panels for transportation applications

ISD is a family of structural, semistructural and non-structural, light and extremely strong panels for the interiors of rail, bus, marine and recreational vehicles based on natural, biodegradable and fully recyclable materials.

The ISD panels can be manufactured in flat and curved shapes. The process can be easily and quickly adapted to follow different design features under the Customer needs, without the use of moulds and dies.

The ISD panels can be made in Natural, Recyclable and Biodegradable materials to reach the highest score in the Green evaluation of the behavior of the final product

Agt Labs has developed a line of solutions to manufacture 3D moulds and dies for the light mechanical industries and the goldsmith-artistic craftmanship.

The solutions allow the manufacture of dies in 3D technologies, the manufacture of the real parts, and offer the selection and customization of the machines, ancillaries and softwares, the installation at a Customer, the training, set up of the production and the service and and maintenance activities.

The activities can include, in time, the subsequent introduction of new materials and the identification new products or processes achievable through the use of the machines and the 3D printing technologies, targeting a better performance of the products, reductions in the manufacturing costs, and faster processing times.