Projects sharing features with Voron 2

Grbl is a CNC motion control firmware and G-code parser designed for milling machines. It serves as a hardware control layer running on ATmega328 microcontrollers to translate G-code instructions into precise motor movements. The system manages stepper motor acceleration and coordinated multi-axis motion to drive milling hardware. It includes a tool probing system for automating workpiece alignment and calculating tool length offsets, as well as homing cycles that use limit switches to establish a precise coordinate origin. The firmware covers broader machine management including spindle and

Split-flap is an integrated system of software and hardware specifications for driving mechanical split-flap displays. It provides a split-flap display controller and distributed hardware drivers to manage the rotation of mechanical flap modules using stepper motors and microcontrollers. The project includes a vector flap artwork generator for creating printable SVG design files for custom characters and fonts. It also features tools for laser-cut panel design to produce hardware components and combined module faceplates. The system covers distributed hardware control via a daisy-chain contr

Openwash-hardware is an open-source project providing technical schematics, structural specifications, and assembly instructions for constructing a functional, automated washing machine. It serves as a comprehensive repository of mechanical engineering documentation designed to facilitate the creation of household laundry appliances from scratch. The project emphasizes a modular approach to hardware design, utilizing standardized mechanical interfaces and common fasteners to ensure that components are interchangeable and accessible. By organizing the physical assembly into independent modules

OctoPrint is a web-based platform for remotely controlling and monitoring 3D printers. It provides a browser dashboard to start, pause, cancel, and track print jobs, while streaming real-time printer status, temperature, and progress updates. The system is built around a plugin-based architecture that allows extending core functionality, and it offers a documented REST API for programmatic printer control and data management. The platform distinguishes itself through its comprehensive automation and extensibility capabilities. It supports event-driven workflows that automatically execute cust

This project provides open-source hardware designs for a high-end, repairable laptop. It defines a modular architecture centered on a precision-milled CNC aluminum chassis and a hardware layout that prioritizes accessibility and user-replaceable parts for long-term maintenance. The design is distinguished by the integration of a 4K AMOLED display and a custom wireless mechanical keyboard utilizing low-profile switches. The system employs a modular approach that allows the input system to be detached and used as a standalone peripheral. The technical scope covers high-performance motherboard