ON-DEMAND WEBINAR
Accelerating the Design-to-Prototype Cycle of Medical Devices with Withings
Presented in collaboration with:
In collaboration with the simulation experts at Withings, this webinar explores how it’s possible to accelerate the design-to-prototype cycle of medical devices.
The presenters focus on the non-linear mechanical optimization study and structural performance evaluation of a cantilever snap-fit design used in a portable medical device. The design and simulation workflow adopted is based on the cloud-native engineering simulation capabilities of SimScale and its Onshape integration.
The time needed to validate how the change in different design parameters influences the structural integrity, performance, and nonlinear behavior of mechanical components can be shortened by an order of magnitude thanks to the collaborative, powerful, fast, and scalable nature of simulation workflows based on cloud-native CAE tools. The practical benefits are many: more detailed insights, less physical testing, and reduced chance of costly late-stage design changes, to name a few.
Mechanical Development Engineer
Victor is a Mechanical Development Engineer at Withings. He has a degree in Mechanical Engineering and 3 years of relevant experience in the design and manufacturing of fast-paced projects in the medical devices industry.
Application Engineering Manager
Steve is an Application Engineering Manager at SimScale. He has a technical foundation, with a Masters degree in Mechanical Engineering and a Ph.D. in Materials Science. Steve has 7 years of industry-relevant experience from working in aerospace design and engineering simulation.
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