Milo is an open-source project for DIYers to create a reliable, low cost and powerful desktop CNC mill on their own terms.

Arduino feat. Processing Laser CNC Project

Project from the Youtube Video CNC Table Saw By Jeremy Fielding

A wireless GRBL CNC pendant project based on the ESP32 micro-controller

This project fully automates the process of analyzing and exploiting IoT malware to find live CnC servers.

This is my project for ErgoDox case cut using CNC Mill

Various tools for doing CNC projects

NiCr: my CNC Hot Wire Cutter project.

Professor Jochen Gros and designer Friedrich Sulzer headed up a research project at the C...Lab of the Hochschule für Gestaltung Offenbach in Germany, where they have developed 50 different wood joinery techniques capable of being fabricated digitally, using tools such as a CNC mill or lasercutter.

The project on collection of the data from Haas CNC machines

Firmware for the DIY Desktop CNC mill project CNC UNO

Fork of LinuxCNC Remora project for Flexi-HAL CNC controller.

CNC framework control project for TwinCAT HMI

A collection of parametric projects for CNC and traditional techniques

A collection of web-based tools for CNC pen plotting, built for my personal hobby project and 100% generated by AI.

Started as a firmware for https://hackaday.io/project/177237-corexy-pen-plotter, possibly could be adapted to other CNCs as well.

CNC-Tool-Hub is a comprehensive application for managing your CNC tools, feeds, and speeds, allowing you to easily organize them within specific projects.

Stepperature is a DIY, Open Hardware, Manual Pulse Generator (Quadrature) hand wheel interface for CNC, audio, or other projects.

DIY project which consists of the construction and the implementation of a CNC plotter using old DVD writers.

The EdytorNC project contains applications that can be useful for programming and operating CNC machine tools.

Files to the Arduino Mini CNC project

Research project of Digital Twin for CNC machine tools

Docs on CNC maintenance, projects, CAD/CAM software, assembly, g-code, and more.

This project contains a series of classes and functions to aid in creating GCode for 4-Axis CNC foam cutters, specifically working with wing profiles, interpolating new profiles, and computing inverse kinematics for CNC.

The rt-stepper software is used to drive the dongle over the USB bus. This software is open source similar to the EMC2 open source project at www.linuxcnc.org. Both projects are separate PC applications that interpret gcode and drive CNC controllers. Instead of re-inventing another gcode interpreter the rt-stepper software is based on the EMC2 software from www.linuxcnc.org. By re-purposing the EMC2 software the rt-stepper software provides - 4-axis support, complete gcode interpreter, trajectory planner, GUI front-end and Backploting.

CNC Milling Tool Project (Tool Wear Detection)

Python project to work with the Octopart API. Goal is to make a program that allows me to search for IC part numbers, and add them to a local inventory. Full details at learn-cnc.com

TITLE: SU(PE)RREAL Director: Li-Qun Zhao SuperReal is about the manipulation of the mass information in the Big Data Era. Due to the development of multi-media technologies, everyone has submerged in the data ocean. Data could be generated by anything surround us. Instead of generating forms and effects, the key of SuperReal is, how we can parameterize the information mapping, regardless visible or invisible, with visual communication. Various multi-media tools will be used in data collection, processing and presentation. The workshop will start with exercises of data mapping and visualization through parametric modelling tools. Surreal emerges when we represent and reproduce the SuperReal data with multi-media medium, which promotes more interactive response between clients and users. We understand the representation of SuperReal is the project itself, meaning iterative feedback from statistical database to inspirational presentations will generate the design concepts. In this workshop, we will borrow the techniques and knowledge for film, animation and game industries, to produce the super-real surreal architecture in-between the virtual and the real space. The context of our workshop will be based on the imagination of how people would use the Galaxy Soho in Beijing in 50 years from now on. As we know, the Galaxy Soho is a new icon among those most recognizable icons in the capital of China. All the icons are designed to play against the human scale as the way to respect humans. The application of the SuperReal & Surreal through multi-media tools is how to re-occupying the macro anti/pro-human iconic buildings with micro events in human scale inspired by the data mapping outputs that we produced in the early stage. Some of the most prominent features, which the participants will be exposed to during AAVS Beijinginclude: • Teaching team: AAVS Beijing tutors are selected from recent graduates / current tutors at the AA. Participants engage in an active learning environment where the large tutor to student ratio (5:1) allows for personalized tutorials and debates. • Facilities: AAVS Beijing is based on Tsinghua University, which offers laser cutting, CNC milling, and 3d printing facilities. • Computational skills: The toolset of AAVS Beijing includes the most advanced computational design tools, such as Rhinoceros, Maya, Digital Project, Processing, Arduino, and Grasshopper. According to the agenda of this year, it is also include InformationMapping and Multi-Media representation tools. • Theoretical understanding: The dissemination of fundamental design techniques and relevant critical thinking methodologies to the participants through theoretical sessions and seminars forms one of the major goals of AAVS Beijing. • Professional awareness: AAVS Beijing performs as a simulation of the professional environment due the priority given to team-based design approach. Participants ranging from 2nd year students to PhD candidates and full-time professionals experience a highly focused collaborative educational model, which promotes research-based design and making. • Fabrication: According to the specific agenda of each year, form node model to a one-to-one scale prototype could be fabricated and assembled by design teams. • Lecture series: Based on its unique location, Beijing, AAVS Beijing creates a vibrant atmosphere with its intense lecture programme conveying the diverse expertise of professionals from some of the world’s exciting practices in the areas of urbanization，regional and computational architecture design.

Printable 4x8 ft CNC project

The aim of this project is to minimize the unnecessary travel of the CNC machine. This will shorten the job time