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516 Results for "3D printing"

  • 3D Printing

  • 3D Printing SettingLayer Height : 0.2mmOutline Shells : 3Fill : 10%Supports: No STL Files2 x OttoDIY_foot_v08.stl2 x OttoDIY_Leg_v08.stl1 x Wombatics Otto Body.stl1 x Wombatics Otto Head.stl
  • 3D Printing

  • Now, I've got the Pixo enclosure and back cover 3D-printed, both of which I designed. I utilized the Anycubic Neo 3D printer with a 2mm layer height. Take note: in my design, the enclosure and diffuser are part of the same body, allowing for a seamless...
  • 3D Printing

  • To print bolt holes, offset from the plane of the printer, I created 4 cylinders and aligned them a layer or two below where the hole would start to print. Each cylinder is a solid model, two layers thick. Once sliced, support will not need to be generated,...
  • 3D Printing

  • 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...
  • 3D Printing

  • Grab the STLs from Thingiverse or directly from this page. Just a heads up, this is a very long print compared to a quick weekend project, it's about 4 days of straight printing. In the video you can see how long each part took to complete. I spread...
  • 3D printing settings

  • 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:...
  • 3D printing

  • 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...
  • 3D Printing

  • To bring your BrailleBot to life, let's start by 3D printing the essential components. Follow these steps to create the physical structure of your BrailleBot: You can view BrailleBot design directly on your browser, download it, open it in Fusion...
  • 3D Modeling

  • In this step I present how the wallet was designed for 3D printing using flexible filaments. I also introduce the step-by-step involved in design of the case where electronic components are protected. If you're only interested in printing your own wallet,...
  • 3D Printing

  • The robot structure was entirely produced with 3D printing using Autodesk Fusion 360. In order to enable the production of robot replicas in makerspaces or fab labs, where the maximum time of use of the printers is crucial, the design of the robot was...
  • Step 1: 3D printing

  • To build a tower you will need to print the 3D parts shown on the left of the image. The "Sensors float" part is optional, print it if you want to use the pH and EC sensors. You will need 12 times the part: "Basket".  You can download the files...
  • 3D-Printed Files

  • All files used for 3D printing can be found on my Thingiverse page: Accelerometer (MPU6050) mount Frame indoor anti-slip clip for 3/4" EMT conduit Frame outdoor anti-slip stake for 3/4" EMT conduit PCB enclosure top panel PCB enclosure bottom panel Webcam...
  • Step 1: 3D printing

  • To build a tower you will need to print the 3D parts shown on the left of the image. The "Sensors float" part is optional, print it if you want to use the pH and EC sensors. You will need 12 times the part: "Basket".  You can download the files...