Industrial design focuses on a combination of aesthetics and user experience, often overlooking real world constraints of function, reliability, cost, and manufacturing. Taking a design for additive manufacturing (DfAM) approach to industrial design incorporates key mechanical requirements and production constraints throughout the design process, ensuring the resulting product is optimized to its function and form, as well as achieves its purpose on time and within budget.

In this presentation for nTopology’s DfAM for Industrial Design series, Avid’s mechanical engineers Connor Reddington and Drew Baggen demonstrate how the nTop platform facilitates design for both form and function with an additively manufactured Lubrizol ESTANE® 3D TPU M95A drink insulator.

Watch the recording to learn how to improve the aesthetics and increase the functionality of your industrial design by:

      •       Creating flexible (living) hinges optimized for 3D printing
      •       Utilizing unique TPU lattice structures
      •       Leveraging nTop’s surface texturing to modify part features

On-Demand Webinar
nTopology DfAM for Industrial Design: Designing an Origami Drink Insulator

» Read the accompanying blog post, Blending Form and Function: Design for Additive Manufacturing