9 models
Stand for SpotMicroESP32. Required Printed Parts: Stand.stl (2x) StandConnector.stl (2x) StandFoot.stl (4x) Required OtherParts: M3 nuts (8x) M3 screw length 12 mm (8x) Recommended Materials: PLA (30%): Stand.stl, StandConnector.stl…
ST Microelectronics Nucleo 64 Case Bottom half Nucleo64 Case No access to pins from the bottom
Software: https://github.com/projunk/SpotMicro Following minor changes were made compared to the original. Use of M3 screws/nuts only (except servo horns) Use of 623ZZ bearings (8x) Fixed nuthole size in Wrist_Counterpart (nuts were…
LaskaKit ESP32-C3-LPKit v2.1/3.x 3D model vývojové desky LaskaKit microESP v3.0. Tato verze desky je založena na ESP32-C3. Stránka produktu: https://www.laskakit.cz/laskakit-microesp/ Github: https://github.com/LaskaKit/microESP
A small box (120x110x28 mm) designed to store pulled glass microelectrodes or micropipets. Use double-sided poster tape on the center pedestal to hold the electrodes, the back opening allows for the connecting wire to extend out without…
Shoulder Joint for SpotMicroESP32. This Shoulder Joint fixes the weak point in the shoulder servo connection of the original design. It also provides a servo cable hole to guide the servo cables from leg into the body. Required Parts (for…
There is now a smartphone-controlled version available: https://www.printables.com/model/1044607-an-interactive-smartphone-controlled-molecular-mod In this project, an interactive model of tartaric acid is presented (although other…
This files are for the 3D printed enclosure of the FuNIITriz, a microelectrode polishing machine, made with HDD motors and Arduino microcontrollers. More information about the project can be found at https://www.funiilab.com/funiitriz…
45 degree micropipette and microelectrode holders for scanning electron microscopy imaging (SEM). Printed with conductive filament (Protopasta CB/PLA). The 45 degree allows for imaging both sideways and top view of the microelectrode if…
