16 parts in total, using approximately 220g of filament (I’ve used PETG). Click above to see an interactive 3D model. 📐 All the .stl provided are in the correct orientation for optimal printing: A_bottom *B_wall *C_wall_track *D_pillarE_pillarF_pillarG_pillarH_nema_cover...
Download and print all the .stl attached files once. Layer height: the one you want, mine is 0.24perimeters: 4 (with a 0.4 nuzzle)bottom layers: 5top layers: 5infill: 15%speed: around 55mm/sIt would need ~20h for print one cabinet.
Go to https://lithophanemaker.com/Open Lithophane Lamp Maker Page.Choose the images you want to insert.Set all the dimension values as shown in image (as per my design).Login with your E-Mail ID and click on Create.stl.STL file will be downloaded.Link...
I have used my Creality CR-10 Mini printer and 1.75 mm PTEG filaments to print the parts. I have printed it in 3 different colors yellow, Orange and Cyan. The diffuser is printed in the transparent filament. You need a support structure for printing...
I created a spreadsheet of the times to print the parts for the basic flying saucer. This is the one I made without a NAS in it, that acts as a slave set of 84 LEDs to the first. It takes around 8 days to print (at 14 hours per day) or less when...
3D printing settings Prints without support Use PLA for the best results MATERIAL: PLA / ABS LAYER HEIGHT: Recommended: 0.2mm EXTRUSION WIDTH: Recommended: Forced 0.4mm INFILL TYPE: Gyroid INFILL PERCENTAGE: Recommended: 40>#/p### WALL COUNT: Recommended:...
Once the CAD model was created, it was a simple matter of loading the STLs into the Cura slicer and sending the data to the 3d printer. I printed everything at a 0.3mm layer height, since it didn't have to be perfect. Even at that, it looks pretty good....
The list of parts you need to print (don't forget to use filaments that are UV stable, I printed with PETG from Prusa). I used a Prusa MK3, a few notes on my settings - 5 bottom layers, 7 top layers, fan always on, 0.15 layer height on all components....
Depending on the glove required to be made, the 3D print and the STL files can be downloaded from the respective GITHUB repositories: Body-powered Exoskeleton Glove - https://github.com/newdexterity/Body-Powered-Exoskeleton-GloveMotorized Exoskeleton...
The 3D printed plastic holder is used to support the two fixed plates and provide a path for the sliding plate. The STL file is in the Files section of this project. You can use it to make a 15 pF capacitor, or use it as a guide to designing your own. ...
You have 4 parts to print, whose STL can be found here on the github repository.Orient the parts properly to have no steep overhangs, and slice at 0.3mm layer height (it work for me at 0.3, you can go finer if you want, and i did not tested coarser prints).I...
If you have access to a 3D printer print the following statue: https://www.thingiverse.com/thing:1545913 I used the following settings on my Monoprice Maker Select V2. 300% scale 5% infill .2mm layer height Purple PLA (Bed 100C, Extruder 215C) Monoprice...
7) Connect all jumper wires to the appropriate PIR header pins 8) Secure PIR sensors using 4 #2X1/4" screws 9) Secure Hall-Effect sensor to the mechanical enclosure using 2 "Nylon Slotted Flat Head Screws" and "Low-Strength Steel Hex Nut"