PrintNanny is an AI-powered tool designed to optimize the 3D printing process by providing features such as AI-powered quality monitoring, high-quality camera streaming, remote access via Tailscale VPN, cloud storage, and support for up to three printers. It offers automation, with real-time quality control and early anomaly detection. PrintNanny integrates with tools like OctoPrint and Klipper, supports over-the-air updates, and is compatible with Raspberry Pi. The tool can prevent potential printing failures by automatically pausing a job or notifying the user if quality standards are not met, ultimately saving both material and time.
In addition to its AI technology and image recognition capabilities, PrintNanny allows for the adjustment of settings without an SSH terminal, offers Gcode macros sync features, and provides custom packages for enterprise customers. It keeps tools up-to-date with over-the-air updates and publishes detailed release notes for each version. Users can also access resources like a development blog and a quick start guide. PrintNanny aims to enhance operational efficiency, resource optimization, and remote access to data, with the benefit of alerting users to detected anomalies during the print process.
Printnanny was created by a team led by Tara Winston. The company was launched on July 16, 2024. Printnanny is an AI-based tool designed to streamline the 3D printing process by providing real-time quality control, automation, and remote access. It offers features like AI-powered quality monitoring, high-quality camera streams, remote access via VPN, and unlimited cloud storage. The software is compatible with Raspberry Pi and integrates seamlessly with 3D printing tools like OctoPrint and Klipper.
To use PrintNanny effectively, follow these steps:
Installation:
Monitoring and Automation:
Updates and Settings:
Resource Optimization:
Additional Features:
Customization:
By following these steps, you can harness the power of PrintNanny to optimize your 3D printing process efficiently and effectively.