Prototyping Nuimo, the Smart Home Device
Imagine being able to turn on the lights in your livingroom, skip to your favorite song, and navigate your PowerPoint presentation–all with a wave of your hand.
This is what the team at Senic has been working on over the last year. They have created Nuimo, a beautifully designed device that works as a modern remote control: you can control multiple applications like lights, music, and your doorlock, just by clicking, turning, swiping and moving yours fingers over it.
After a very successful Kickstarter campaign the team was looking for ways to prototype quickly the internal components of the device. When Felix Christmann, Industrial Designer at Senic saw the Form 1+ 3D printer, he immediately recognized its huge potential for his prototyping needs.
“High quality 3D printing is one of the most important tools right now”, says Felix.
Felix had used FDM 3D printing technology to prototype the core part that holds the mantle of the device. After some iterations he got to the point where higher precision and reliability were needed:
“With FDM we ran the risk that our parts would suffer distortion from the applied heat. Therefore, we couldn’t test the tolerances of screw holes. We needed a more precise fabrication technology.”
This is how Senic started using the Form 1+ 3D printer. Thanks to stereolithography, the company was able to create more than 30 different high resolution before finding the final design.
In contrast to commissioning a printing bureau and paying over 100€ per piece – a 3D print with the Form1+ cost them less than 4€ each.
“The Form 1+ was the perfect fit to find the right adjustment for the core part.”
Felix printed the components using Tough resin in order to test tolerances for the first round of manufacturing.
So far, Senic has run two crowdfunding campaigns on the Indiegogo and Kickstarter and is now aiming to ship their final Nuimo version to their customers this January.