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Mechanical Design for Orthopedics & Dental

Mechanical Design for Orthopedics & Dental

Deliver orthopedic and dental designs with unmatched versatility and flexibility thanks to our mechanical product design solutions.  Device designers can select wireframe, surface, solid parametric or direct modeling techniques with seamless interchange allowing designers to explore product solutions that would previously have been too expensive or time consuming.  

Fully support the design process from concept through manufacture using our integrated tool set which preserves data integrity and design intent while seamlessly streamlining lifecycle processes.  Innovate continuously, with speed and confidence, knowing your mechanical design environment will allow you to incorporate biomedical user needs and multidisciplinary engineering design outputs.

Deliver orthopedic and dental designs with unmatched versatility and flexibility thanks to our mechanical product design solutions.  Device designers can select wireframe, surface, solid parametric or direct modeling techniques with seamless interchange allowing designers to explore product solutions that would previously have been too expensive or time consuming.  

Fully support the design process from concept through manufacture using our integrated tool set which preserves data integrity and design intent while seamlessly streamlining lifecycle processes.  Innovate continuously, with speed and confidence, knowing your mechanical design environment will allow you to incorporate biomedical user needs and multidisciplinary engineering design outputs.

Mechanical Design for Orthopedics & Dental

Learn More

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. 

Provide your design teams with an integrated set of digital capabilities offered as a single solution, enabling them to explore interdisciplinary solutions faster and easier, while leveraging seamless associativity.  Quickly make and propagate updates as refinements occur on the way to regulatory approval and device production for more an overall more efficient development process and more effective end products.

Mechanical Design for Orthopedics & Dental

Solution Capabilities

Adaptable Integrated BOM

Manage global, multi-disciplinary medical device design team outputs over the web using world-class, scalable change and configuration controls.

CAE Simulation

Leverage standards-compliant 3D model annotations to communicate medical device specifications to manufacturing and transition away from traditional, less effective 2D drawings.

Design for Additive Manufacture

Create and optimize personalized implants and surgical instruments with additive manufacturing and 3D printing technology based on inputs from medical scan data.

Design Interoperability

Collaborate throughout the medical device development process to prevent conflicts and ensure alignment between each system prior to design completion.

Design Validation

Visually assess and evaluate design inputs, risks, and status information using 3D models of medical device designs as canvases to see the big picture.

Industrial Design & Styling

Create innovative organic surface shapes for implants and medical devices using a variety of different modeling techniques that match with the intended fit, function, and user experience.

Knowledge Reuse

Use globally accessible libraries for assemblies, parts, and part features to standardize medical device designs, improving time to market and reducing risk in verification and validation.

Medical Devices

Leverage 3D geometry from biomedical images as inputs for engineering individualized device designs. Use 3D geometry in collections representing a population for virtual testing and optimization of digital twins.

Model Based Definition

Leverage standards-compliant 3D model annotations to communicate medical device specifications to manufacturing instead of doing the extra work to produce traditional 2D drawings.

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