Innovazione e gestione dei programmi sincronizzata e collaborativa per i nuovi programmi
Innovate continuously, and with speed and confidence, to create medical device designs which seamlessly incorporate biomedical user needs and multidisciplinary engineering design outputs.
Deliver cardiovascular and neurological devices with unmatched versatility and flexibility thanks to our mechanical product design solutions which allow designers to select wireframe, surface, solid parametric or direct modeling techniques with seamless interchange. This flexibility offers designers the opportunity to explore product solutions that previously would have been too costly or time prohibitive.
Innovate continuously, and with speed and confidence, to create medical device designs which seamlessly incorporate biomedical user needs and multidisciplinary engineering design outputs.
Deliver cardiovascular and neurological devices with unmatched versatility and flexibility thanks to our mechanical product design solutions which allow designers to select wireframe, surface, solid parametric or direct modeling techniques with seamless interchange. This flexibility offers designers the opportunity to explore product solutions that previously would have been too costly or time prohibitive.
Consumer-centric and personalized healthcare therapies demand innovative design of medical devices to use new materials, leverage additive manufacturing technology and increase “smart” functionality via electronics and software.
Empower your device design teams with an integrated set of capabilities as a single platform, enabling them to explore interdisciplinary solutions faster and easier. Enact seamless associativity to quickly make updates and refinements on the way to regulatory approval and device production. Fully support product design from concept through manufacture with a digital tool set that preserves data integrity and design intent in order to streamline all product development processes.
Utilize globally accessible libraries for assemblies, parts, and features to standardize medical device design while also helping to reduce risk in verification and validation processes.
Create mechatronic medical device concepts early in the development process to explore alternatives, optimize against design inputs, and verify before design detailing.
Combine innovative device shapes with design of engineered features and drawing production using 2D and 3D modeling techniques in a single solution that makes design progress faster.