Brubeck

[Jan. 2015] A massive upgrade to Brubeck was a third axis for automatic plunge and retract, which we first explored with this prototype. Testing our automatic tool touchoff feature. A scale in the base is constantly measuring the machine's weight, which changes when the cutter makes contact with the workpiece.
[Mar. 2015] Design and engineering fed off each other. Renderings were a tool for feedback, leading to this final design. A back view showing the camera and integrated LED array.
[Mar. 2015] Brubeck was modeled as a single multi-body part, with over 1000 features in the same file. We changed approaches in Coltrane as the team (and the stakes) grew. Board outlines and connector placements were determined in mechanical CAD, and then transfered to ECAD for PCB design.
[Apr. 2015] For the first time, we sent out to have parts made for us, which arrived quite well packaged. One of the trickier components was the display housing, which had to be machined from plate and then bent.
We designed a custom bending fixture to create the correct radius while clearing various machined features. We also created several press fixtures, like this one that helps insert pins into the already installed eccentric plugs.
All of the metal components are ready for dry fitting and then anodize. [Apr. 2015] A first look at assembly by dry fitting the major metal and 3D printed components.
The first assembly still used 3D printed parts, as the urethane-cast substitutes took a while to arrive. Even partially assembled and with 3D printed parts, Brubeck was looking a lot more like a product than Armstrong.
Most of the Brubeck parts in one place. Easily lost in the mechanical focus of this portfolio is the tremendous effort that has gone into software development, and bringing up software on new prototypes.
[May 2015] We debuted Brubeck at the 2015 Bay Area Maker Faire. By this point, we had changed our name from Taktia to Shaper, as reflected by our booth.
[Jun. 2015] On of the first decisions by our new CEO Joe Hebenstreit was that we would build another 10 Brubeck units, to support a beta testing program.
With so many machines, we needed a place to store them. The "Shaper Basket" ensued. Colored lights indicate which units are good to go, and which need attention. One benefit of many machines is that we could host demo parties!
A demo I did for Prof. Andy Law's industrial design class at RISD. My friend Steve Keating trying out the tool at our office in SF.
Jimmy DiResta in his workshop in NYC. Tom Silva from This Old House, at Festool Connect 2016.