Counting matching models…
Bottom part is a protection for the NANO Every, the cover is clipped on top of it. Break the 4 supports below the arms, then you can insert easily the NANO by opening the arm. The NANO stands firmly in place when plugging and unplugging…
Quick fix for some 4 colors pens. It's mounted in force. I didn't make any thread. Some glue might be needed. Printed in PLA, 200 µ height.
Bare stand for protection of an alphanumeric display 16 characters, 2 lines. This display is of I2C type, but the stand shall works as well for standard parallel ones.
A simple stencil in PLA. I made an SVG with Inkscape, then the STL file with FreeCAD.
CCTV logo to display on a door. 0.2 mm layer height. Change color at 2.2 mm.
Break the 4 supports of the arms. Move the arms aside a little bit and the NANO slides in gently. you can plugin and out the microUSB cable the NANO stand firmly in place.
I drew this new sorting tray to replace a broken injection molded one.
No support. My sensor is 41 mm inner diameter. There are 2 notches to pass the brockets of the sensor. Insert the sensor through the notches, then rotate the sensor to have the display horizontal.
There are 2 holes below, to screw it. I was inspired by this model : https://www.printables.com/model/211391-headphone-holder
Small box in vase mode to sort out pearls and jewelry items.
The hook/hang of this poor little christmas decoration ball was broken. The ball was lost unless I make a new hook. Printed with out support, in PLA, 200 µ layer height. Very simple and straightforward.
Concrete blocks you can pile up. Printed in PLA, in 200 µ layer. I used support on the plate.
A small casing for PiZeroW, but with openings for power, USB, DVI, SD card andPiCam.
For dressing a naked Christmas tree, I designed this 30 mm diameter ball to hang into. I previously made the support for haning to repair an existing one. I just draw the ball… Printed in PLA, 200 µ layer height, either split in two…
Quick stand to tweak the pixy without the need to hold it by hand. https://pixycam.com/ The plate is designed to be either directly layed on the desk or fixed at the back of an Arduino UNO with nylon standoffs.
Fix the moisture sensor into the center hole of the filament spool of prusament
I glued a magnet, 6mm wide, 3 mm thick into the bottom part. I slide and glued the Z into the slot of the bottom part. I love to look at Z axis movements during a print ! I have used a standard plastic glue, no cyanocrilate.
Tool for removing nozzles NPT 1/4K-15 and VV-6506. Those nozzles are non metric, but in 9/16'.
Bracket adaptor for mounting a PiCam V2 onto a Dynamixel digital servo
I saved space for the reset button and the RGB LED.
I was inspired by this design : https://www.printables.com/model/426911
Pin boxes tend to fall or jump off tables more than others ! Placing some magnets in it help prevent unexpected fall, and if ever it falls, it's easier to pick as most of pins stay inside the box. ultimately, a steel plate makes the box…
The ZUMO robot comes from POLOLU. https://www.pololu.com/category/129/zumo-robots-and-accessories This is the Arduino UNO version. In order to control it by RC, I made this stand fixed with nylon standofs on the UNO. The RC receiver is…
Just a simple pot to grab easily safety pins. Printed in PLA, 200 µ.
These are all currently available results.
