The other advantage is that, if I want to change the height of the camera let’s say, I simply add more bricks, it’s convenient.”ĭIY_maxwell used FreeCAD to design the 3D printed microscope parts, which were fabricated on an Ender 3 system. “Then I found out about these “sliding” lego pieces, which are very precise for linear actuators. My early prototypes did not have Legos, as I started making my own interlocking pieces, I realized that I was in fact printing lego-like designs, I thought buying legos would be less of an effort,” he wrote on Reddit when asked why he didn’t 3D print all the parts. “I wanted to have a modular microscope, something I can easily modify for transmitted-light, reflected-light, cross-section, etc. What makes this project more awesome is the stop motion-style video he made showing the various parts of the project and how they all fit together to make a working microscope.īUILD YOUR OWN MOTORIZED MICROSCOPE using 3D-printing, Lego bricks, Arduino and Raspberry Pi… all design files, source codes and detailed instructions are provided open-source. But, the microscope itself is not fully 3D printed – instead, the body was built with Lego bricks and some 3D printed components. He posted about his work using 3D printing, Arduino, Raspberry Pi, and Lego bricks to make an open source, motorized microscope. These projects are even cooler when you add Legos into the mix, like Reddit user DIY_Maxwell did. I always enjoy a good 3D printed DIY project, whether it’s truly helpful or just for fun.
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