TinyG is a 6-axis motion control system designed for high-performance applications on small to mid-sized machines. It offers precise movement planning with jerk control and flexible communication protocols. It solves the problem of needing accessible and robust motion control for hobbyist and industrial applications. The system primarily uses G-code for motion commands and supports USB serial communication.
TinyG offers jerk-controlled motion planning for smooth acceleration profiles. It features a RESTful JSON interface for easy integration with various software systems. The system’s modular design supports a wide range of applications from CNC milling to 3D printing.
- 6-axis motion: XYZABC axis control provides flexibility for complex machine designs.
- Jerk control: Enables smooth acceleration and deceleration for improved performance.
- RESTful JSON interface: Facilitates easy integration with various software platforms.
- USB serial communication: Supports standard communication protocols for easy connectivity.
- Status displays: Provides real-time feedback on system status.
- Configurable parameters: Allows customization to meet specific application requirements.
- Open source: Offers transparency and encourages community contributions.
TinyG has been under active development for a number of years and has a stable master branch. The project maintains a wiki with comprehensive documentation. While development continues on the edge branch, the master branch is recommended for production deployments due to its stability. Regular updates and bug fixes are addressed through issue tracking.
TinyG benefits hobbyists, small business owners, and industrial users requiring cost-effective and precise motion control. It simplifies automation tasks such as CNC machining, 3D printing, and robotics. By offering a readily available and adaptable solution, TinyG reduces development time and the need for complex, proprietary systems.