Stefan Gschroefl from ConstrAct sent us a few pictures from his rotating MakerBeam cube. It looks great.
The cube is made using MakerBeam. It now holds pictures of MakerBeam items and projects. Stefan is planning to attend the MakerFaire in Vienna in early May.
The rotation platform is custom 3D printed and runs slow. The rotation platform is powered by battery or external power source. It can be used for other things since the cubeholder itself is magnetic mounted.
In the previous post the Light Box was shown. The feet on the light box were different from the feet we sell. It turns out that Stefan made the feet himself.
Stefan sent us the pictures of his Light Box (link to post webshop blog). The feet on the light box were different from the feet we sell. Stefan had actually designed and 3D printed new feet himself. The feet are a bit wider and higher. He needed more space from the bottom to fit the planned additional lighting. The extra is light is set to be mounted outside the box to shine into the cube from the bottom upward. See pictures of the special designed feet below.
He also made a photo cube which should rotate (driven by a small motor). Therefore he also created a special holder. See the first picture of the prototype below as well.
Stefan is planning to be present at the Maker Faire in Vienna. He wants to show all his work and all MakerBeam parts at this faire. The Maker Faire in Vienna (Austria) is scheduld for May 5 and 6. Here is a link to the Maker Faire Vienna website.
Stefan created a professional Light Box using MakerBeam and translucent acrylic glass.
The professional Light Box (or Light Tent) is made using MakerBeam and translucent acrylic glass. The prototype as shown in the pictures measures 300x300mm. It has integrated dimmable LED light and adjustable light temperature. Through the partial transparent acrylic glass also indirect lighting from 4 sides is possible.
Stefan Gschroefl (from ConstrAct, Austria) is planning to enhance it to 600mmx600mm. Also he wants to add light from the bottom. In product photography this is important to avoid shadows.
Timothy sent us a blog post with all the details of his project. In his project he uses MakerBeam to combine arduino and 8×8 Neopixel matrices by Adafruit. In his blog post, Art, Electrons and Computation, you can read more about his MakerBeam project. Also he added some great pictures that show his building process.
Update: @Raffaello86 travelled around with Panther. Raffaello and his Powerful Autonomous eNTity High-End Robot were present at MakerFaire Tokyo in August and there was a poster presentation of PANTHER closer to our home. In September the GPU Technology Conference was held (GTCEU16) in Amsterdam. Close to Raffaelo’s home he presented Panther at MakerFaire Rome where he met met Grant Imahar (Mythbusters).
blog post from May 6, 2016:
We received great pictures through Twitter (@makerbeam) about a really nice robotics project from @Raffaello86.
Deskbreeze is a lightweight and simple wind tunnel for teaching aerodynamics to children and adults.
Last summer, Gerhard’s daughter attended a sailing course for children. She was six years old and would enter school the following autumn. She could not read and write and therefore had trouble understanding the written course materials and the graphics. So Gerhard thought about a vivid method to explain to her the basics of aerodynamics for sailing.
Gerhard built a wind tunnel of cardboard and straws, attached to a little fog machine. It worked well, but wasn’t perfect. Through several iterations he developed a stable and simple wind tunnel, into which you can put different objects. With a simple turntable and wires you can change courses and the position of sails, for example.
Deskbreeze uses fans and honeycomb cores to create a laminar flow, and dry ice for the visualization of the airflows.
A security system that detects the mobile phones of the home occupants in order to avoid switching it on and off. This home made project uses Raspberry Pi, motion detection and naturally MakerBeam.
One of the main goals was to have the system completely automatic. No turning it on or off when leaving or arriving home. The easiest way to achieve this was to try and detect the mobile phones of the home occupants. Conceptually this was quite simple but in practice it was the most challenging part.
You can read the complete Bill of Materials in the full article. Continue reading on hackster.io about this project with raspberry pi.