A try to simulate the automation of modern manufacturing technologies specially the robotic arms that used in all fields of manufacturing.
Easily hot swap hotend assemblies or individual components on your 3D printer's hotend without re-routing cables.
Keep your machines oiled.
An Nvidia Jetson Nano computer vision project with TensorRT acceleration, to perform counting for manufacturing quality control.
Cost effective and highly reliable industrial automation solution using the power of Arduino.
Apply sound data-based anomalous behavior detection, diagnose the root cause via object detection concurrently, and inform the user via SMS.
Make custom circuits! Open-source PCB mill empowers makers & students.
If you are designing a small board and you're looking for a way to program it without taking up a lot of space, try making a pogo pin jig!
Monitor production of countable things manufactured in factories using sensor. Rate of production and downtime can be known in the plant.
Cartesian CNC machine made of modular components for easy upgrades or functional changes.
In this tutorial you'll learn how to use a laser engraver to make your own homemade printed circuit boards (PCBs).
Speed up the etching of printed circuit boards with an easy to build agitator.
Save time, energy, and money by utilizing a multi-polymer head system for multi-component manufacturing.
Easily find out whether the print has finished from the wifi AP by looking at the Built-in led in NodeMCU
Using a 3D Printed Robotic Arm, and modified 3D printer to assemble 3d printed components.
Increasing MakerSpace resident safety and saving energy by automatically turning the exhaust system on or off when laser power is detected.
With Electrical Discharge Machining (EDM) you can machine even the hardest metals without putting any load on the part or your CNC machine.
This system, implemented at Central New Mexico Community College's Fuse Makerspace (fusemakerspace. org) monitors machine shop
Accurately identifying pin mapping and component orientation is crucial during the manual placement of components on a printed circuit board
This is our second project. The details include using MS Project, Adafruit, and other IoT tools.
