Finden Sie schnell sew industriegetriebe für Ihr Unternehmen: 4 Ergebnisse

Medical Devices Engineering & Design

Medical Devices Engineering & Design

Engineering, design and production planning of mechanical components as well as complete product development from scratch. In this project, we supported the client with the engineering and production planning of the mechanical components of a Neurocam.
Advanced Prototyping

Advanced Prototyping

Additive Manufacturing (SLS, FDM), CNC Milling (Parts, Molds, Components in Aluminum, Tooling Boards, Polymers) and Composites Prototyping at our in-house Prototyping Lab. Our in-house prototyping lab enables our development team to implement quickly and purposefully. We implement and create early proof of concept-, functional-and design-prototypes, as well as quick mold-concept testing, composite production and process prototyping. We want you to experience and test our early stage implementation of function, form and processes, to continuously incorporate your feedback and our insights into the development.
Drone Engineering, Design and Manufacturing

Drone Engineering, Design and Manufacturing

From idea to marketability: we’re ready to design & develop drone systems and components based upon lightweight design and simulation-driven engineering. Based on the design by our client, Radiate developed a cost-efficient manufacturing process for the production of lightweight airframes made of carbon composite. Thanks to the optimized manufacturing process – in cooperation with production partner HS Composite – Radiate has been able to produce small to medium size series of the airframe in the heart of Zurich since 2018. Certain refining steps of the lightweight carbon structure are carried out directly in-house at Radiate. This enables Radiate to respond instantly to customer change requests and speeds up development iterations.
Simulation-Driven Engineering

Simulation-Driven Engineering

We use simulation embedded in our product development process or as a standalone tool for standardized stress-strain analysis, functional tests or structural optimization. Our approach to development is simulation-driven. We use state-of-the-art CAD/CAE software and methodology to cope with ever more complex systems, products and materials. We define models, master significant simplification and foster know-how to create powerful solutions. From the beginning, we develop not only geometrically but always based on the physical response, thereby creating space for innovation.