@GuySandler2Ok first MVP
printerbench.vercel.app
I made a website to help people choose their printer.
this is community made so you can add your printer and give reviews for others to see on a leaderboard, compare existing printer's stats, and save printers as favorites to your profile
if you have a 3d printer please add it to the database by filling out the form and feel free to give any feedback or suggestions
github.com/GuySandler/PrinterBench-V3 (edited)
@Sriven0Finished CAD model on Solidworks for Anagram Bot, about to be sent for 3d PrintingRepo Link
@LandonBayer0Here's another for y'all: wokwi.com/projects/404030077368880129
GitHub: github.com/LandonBayer/FilamentScaleESP
This is a ESP32 based 3D printer filament scale to determine (roughly) how much filament is left on the spool. It automatically calculates the weight left in grams, percentage of the spool used, and displays on the LED bar graph a visual of how much remains. The 4 digit display is a simple scale for any other objects being measured.
@plop0PolarTec is a website for 3d printing services where you can order and track your prints.
Website isn't hosted publicly because online payments aren't accepted yet.
github.com/plop-dev/polartec-website
@AyanZakaria7+made a gojo cat 3d model. Introducing, Catoru Gojo!
@AdamMiller0This is a submission for Hack Club Arcade. I created a simple Storage Container in Autodesk Inventor and published the project on Printables for other makers to experience. I had a lot of clutter on my desk, so I decided to design and 3D Print an organizer box with drawers to safely and effectively store any objects that were out in the open. GitHub Repository Link: github.com/AdamCodes2023/Storage-Container-CAD.git Storage Container Box Work Environment: autode.sk/46b343e Storage Container Drawer Work Environment: autode.sk/4cO7wHt Printables Project Link: www.printables.com/model/945559-small-storage-container-with-2-drawers
#arcade #scrapbook #cad
@BCon0github.com/AGB556/MakerworldChallenges
took a lil break from my 3d printer stuff to work on some fun makerworld/printables challenges. Developed all sorts of nifty 3d printed upgrades and gadgets. this is a collection of multiple projects because each one only took an hour or 2
@RishiShah0I have finished the hand portion to my gesture controlled robotic arm. It has 5 fingers, each that are bendable, and has a wrist that also bends inwards as if you are grasping something. There is a stand that will be connected to the forearm later. This took a lot of CAD and lots of time 3D printing as well. Here is the project:
@AnvayAjmera3Made this dual phone stand as another 3d printing project
@AnvayAjmera3Made this funnel as a 3d printing project:
@AnvayAjmera3Made this plot attachment tool for my 3d printer
@ChristianGreene0I've gotten this project to a point where I think it is a workable concept, but here it is:
Parametric customizable crayon wax molds that can be fully 3D printed and molded at home!
The molds are printed from ABS and the crayons are melted by heating a 3D printer bed to 105c with the melting pot on the bed and a small cardboard box over the pot. As an experiment I turned some old broken crayons into new ones using a mold that I designed (photo attached).
github.com/falsonix/3d-printable-crayon-wax-molds
@ImLouis0I have made a charger for my (WIP) smart airsoft targets. The charger provides 10 connections for 5V at 2.1A so that I can charge 10 of the 20 targets I plan on making at once!
Here is the git repo with all STEP files for CAD and STLs for 3D printing if anyone wants: github.com/Bilbo1Gaming/smart-airsoft-targets
Also here are some photos!
@JerryLi0This is a mold for half of a table tennis racket, including the blade and the handle.
The paddle is meant to be made from hand-laid composites, and the mold itself is to be 3D printed out of PETG material.
The molds are split in half to fit a 3D printer bed, and the model of the paddle itself is traced from various references online.
The repository contains the STEP and F3D files for the paddle and its mold.
Repository link: github.com/morotonai/hca24/tree/main/Ping%20Pong%20Paddle
Commit link: github.com/morotonai/hca24/commit/ba802c91b715d08f0dc9823900540d9220a6f73f
@JerryLi0I finished assembling all the electronic components for replac3d, a 3D printer build plate replacing robot. This includes the drag chains, and custom mounting plates for the components. More info is in the project's README. If you are interested in this project at all, feel free to DM me! All the building should be done.
The repository contains the README, .STEP and .F3Z (Fusion360 Archive) files. For assembly proof, there are pictures.
Repository link: github.com/morotonai/replac3d/blob/main/CAD/Electronics/README.md
File commit link: github.com/morotonai/replac3d/commit/bccbbfab687896220803ecd148ca24ec1dd9bab8
@JerryLi0I finished modeling the mounts for all my electrical components in my project "replac3d", a 3D printer build plate replacing robot. I used a 24v 250w LED driver for power, and also have a 24v to 5v DC-DC converter for 5v devices. More info is in the project's README. If you are interested in this project at all, feel free to DM me!
The repository contains the README, .STEP and .F3Z (Fusion360 Archive) files. However, these files were too big for github, so I linked a google drive folder in the README.
Repository link: github.com/morotonai/replac3d/blob/main/CAD/Electronics/README.md
File commit link: github.com/morotonai/replac3d/commit/03eac660aa61f0b022ffa81e32797d99131a3dff
@JerryLi0I programmed and wired for "replac3d", a 3D printer build plate replacing robot. I used TMC2209 stepper drivers and the AccelStepper library for arduino, as well as perfboard for the wiring. More info is in the project's README. If you are interested in this project at all, feel free to DM me!
The repository contains the README, .STEP and .F3Z (Fusion360 Archive) files. For wiring, I have included pictures, and for code, I have included the .INO file.
Repository link: github.com/morotonai/replac3d/blob/main/Code/README.md
File commit link: github.com/morotonai/replac3d/commit/6f599c084e723da04941348ac8e002660741304f
@MaximusMarchi0I designed a simple 3D printed object for 3D printing enthusiasts and beginners that makes choosing an infill pattern easier. This model demonstrates all of the infill patterns usable in Bambu Studio (which are commonly used in other slicers) and displays the names of them in black and white.
makerworld.com/en/models/523398#profileId-440025
@JerryLi0I tested electronics (electromagnets and stepper motors) for my "replac3d", a 3D printer build plate replacing robot. I wrote some code for controlling a TMC2209 stepper driver with just the step and direction pins, and also soldered some wires (in my scraps). More info is in the project's README. If you are interested in this project at all, feel free to DM me!
The repository contains the README, .STEP and .F3Z (Fusion360 Archive) files, and for the electronics and code in this ship, videos with the electronics in sight, as well as the .INO file for the motor control.
Repository link: github.com/morotonai/replac3d/tree/main/Code
File commit link: github.com/morotonai/replac3d/commit/6d8138a5c54abc31d53bd4fcf613d467a54f5f8a
@JerryLi0I received the custom plates for the turntable of "replac3d", a 3D printer build plate replacing robot. I assembled everything, by attaching the extending assembly to the turntable, and assembling the bearings for the turntable. More info is in the project's README. If you are interested in this project at all, feel free to DM me!
The repository contains the README, .STEP and .F3Z (Fusion360 Archive) files, but the proof of my assembly is the video in the README.
Repository link: github.com/morotonai/replac3d/blob/main/CAD/Turntable%20Assembly/README.md
File commit link: github.com/morotonai/replac3d/commit/12e1de971a2814f90bddf07868a7756f49d40203
@JerryLi0I manufactured the plates using a CNC router for the extending assembly of "replac3d", a 3D printer build plate replacing robot. I assembled the plates with drawer slides, extrusions, and electromagnets. More info is in the project's README. If you are interested in this project at all, feel free to DM me!
The repository contains the README, .STEP and .F3Z (Fusion360 Archive) files, but the proof of my manufacturing and assembly are the pictures in the README.
Repository link: github.com/morotonai/replac3d/blob/main/CAD/Extending%20Assembly/README.md
File commit link: github.com/morotonai/replac3d/commits/main/CAD/Extending%20Assembly/README.md
@AdamMiller0This is a submission for HackClub Arcade. I created an Amiibo Enclosure in TinkerCAD and Autodesk Inventor. An Amiibo is a small action figure sold by the gaming company Nintendo that has the ability to interact with specific video games on the Nintendo Switch System. I have a growing collection of them, and I was beginning to run out of space to display them on the bookshelf in my room. That is why I started this project to create a storage container for each individual figure that is stackable and able to be hung on a hook. They work wonderfully and organize my Amiibos in a safe and effective way. The GitHub Repository for this project contains all of the links to view the individual CAD workspaces for each 3D Model. The TinkerCAD Models are still "Public Pending," so those links might not be functional yet. I decided to challenge myself by drawing one of the models in Autodesk Inventor using surfaces. The Printables Page for this project hosts the STL files that will allow anybody to 3D Print these enclosures. The project itself includes a basic Amiibo Enclosure, a hanging Amiibo Enclosure, a vertical clip for the hanging Amiibo Enclosure, and a horizontal clip for the hanging Amiibo Enclosure. I hope other people will find this project useful for their own organizational needs. Repository Link: github.com/AdamCodes2023/Amiibo-Enclosure-CAD.git Printables Page: www.printables.com/model/928833-amiibo-enclosure-hanging-and-not-hanging-versions TinkerCAD Home Page: www.tinkercad.com
#arcade #scrapbook #cad
@patrick0github.com/patrickoee/phone-utility
(MEANT FOR TPU ONLY)
Made a model for a Iphone 11 pro case, its a bit rough around the edges but its my first phone utility 3D printing model!
