Industrial design DfAM series: Designing a 3D printed wrist rest
![Video: Industrial design DfAM series: Designing a 3D printed wrist rest](https://play.vidyard.com/bQhrgd9vDBRNtsRGevzdcH.jpg)
Video: Industrial design DfAM series: Designing a 3D printed wrist rest
Published on November 3, 2020
Applications
Key Software Capabilities
- Lattice structures
Tristan Antonsen, Fast Radius
Using an opportunity to design an ergonomic, latticed wrist rest 3D printed with Carbon DLS to explore the advanced design capabilities of nTop. nTop provides an extremely versatile toolset for Industrial Designers to realise geometries infeasible with other softwares. Capabilities such as generating a complex lattice structure, tuning the structure with data-driven fields, and performing complex boolean operations are nearly (if not totally) impossible with most softwares, but it can happen in real time in nTop.
Watch and learn how to:
- Easily customize surface textures, labels, and other aesthetic details
- Tune performance based on testing and user preference
- Perform complex boolean operations to result in a single, homogenous part
Interested in trying out these applications yourself? Get a demo.
Related content
- CASE STUDY
How blueflite reduced fuselage mass 25% in 4 hours instead of 4 weeks
- VIDEO
Five ways to lightweight in nTop in less than 5 minutes
- VIDEO
Lightweighting an impeller for additive manufacturing
- CASE STUDY
Designing a cooler camera housing
- ARTICLE
Advancing structural performance of aerospace heat exchangers