Individual components and complete seating systems can also be developed upon request from customers, who are supported at every stage of the development of their project.
Brado R&D Department develops and finalises complex projects, working to both its own and other people’s projects. In addition to producing all the components and seating kits on the website and in the catalogue, the R&D Department allows customers to experience an all-round product research and development process – from the first draft of the concept all the way through to final production. It is also possible to incorporate Brado’s technical solutions – patented and produced in-house – into customers’ designs.
Brado R&D Department provides ten highly qualified in-house professionals, as well as interacting when necessary with trusted external consultants, for a total of 35–40 industry professionals ready to solve any problem. More than just a technical department, it’s a real research, development and innovation hub.
From design to prototype production and all the necessary tests, Brado works in constant contact with customers, who are kept informed about progress at every stage. All-round involvement, providing the highest level of collaboration and transparency.
SOFTWARE USED: Solid Works, Unigraphics NX, Rhinoceros, Autocad (product development software); Worknc, Moldex3d (equipment and mould development software); structural analysis software.
3D PRINTERS: five printers for rapid and in-house prototyping via FDM and SLA stereolithography.
Brado R&D Department provides ten highly qualified in-house professionals, as well as interacting when necessary with trusted external consultants, for a total of 35–40 industry professionals ready to solve any problem. More than just a technical department, it’s a real research, development and innovation hub.
From design to prototype production and all the necessary tests, Brado works in constant contact with customers, who are kept informed about progress at every stage. All-round involvement, providing the highest level of collaboration and transparency.
SOFTWARE USED: Solid Works, Unigraphics NX, Rhinoceros, Autocad (product development software); Worknc, Moldex3d (equipment and mould development software); structural analysis software.
3D PRINTERS: five printers for rapid and in-house prototyping via FDM and SLA stereolithography.
Turning pieces into design objects