foosel/OctoPrint
OctoPrint
OctoPrint is a web-based control panel and Python-based hardware server for managing 3D printers. It functions as a G-code remote controller that sends commands to printer firmware over a persistent USB serial connection, allowing users to operate hardware and monitor print jobs through a browser.
The project is an extensible hardware management platform that utilizes a plugin-based system. This architecture enables the addition of third-party functionality and custom extensions to modify core behavior and expand the system's remote control capabilities.
The platform covers remote printer management, G-code hardware communication, and 3D printing workflow orchestration. It provides a RESTful API and a web interface to adjust settings and track active printing cycles without a direct physical connection to the machine.
Features
- Remote 3D Printer Managers - Provides a web-based interface for the remote monitoring and control of 3D printing hardware.
- Remote 3D Printer Controllers - Provides a web-based interface to remotely control 3D printing hardware and manage settings.
- Plugin-Extensible Runtimes - Features a runtime capable of loading external Python modules to inject new functionality at startup.
- 3D Printing Management - Orchestrates the 3D printing workflow, from job submission to remote progress monitoring.
- Hardware Communication - Facilitates real-time G-code communication between the server and 3D printer firmware.
- Serial Port Interfaces - Manages a persistent USB serial connection to dispatch G-code instructions to the printer.
- Plugin-Based Architectures - Implements a modular architecture that allows third-party extensions to modify core system behavior.
- 3D Printer Management - Serves as a hardware interface for sending real-time commands and adjusting printer settings.
- Hardware Servers - Ships a Flask-based server that provides a RESTful API for interacting with 3D printing hardware.
- Extensibility Frameworks - Provides a plugin-based architecture to add custom features to the printer control system.
- REST APIs - Provides a REST API for programmatic interaction with the printer's state and configuration.
- Web Servers - Ships a lightweight Python-based web server to host the control interface and API endpoints.
- Graphics and Design - Web-based controller for consumer 3D printers.
