Conversion of the Anycubic Predator to magnetic joints and Duet Board

thingiverse

This text appears to be a set of instructions for building and calibrating a 3D printer, specifically a delta-style printer. The author provides detailed steps for creating the necessary parts, assembling the printer, and configuring the firmware. Here are some key points from the text: 1. **Building the printer**: The author describes how to create the printed parts, including the effector, carriages, and Z-probe. They also provide instructions for assembling the rods and attaching the magnets. 2. **Calibrating the printer**: The author explains how to calibrate the printer by measuring the rod length, adjusting the delta radius, and setting the printable radius. 3. **Configuring the firmware**: The author provides a sample configuration file (config.g) for the Duet firmware, which includes settings for the rod length, delta radius, printable radius, and height. 4. **Macro creation**: The author explains how to create macros for loading and unloading filament, as well as for calibration purposes. 5. **S3D profile**: The author provides a modified S3D profile (predator.fff) that allows for adjusting material parameters and setting pressure advance factors for each material. Overall, this text is a comprehensive guide for building and calibrating a delta-style 3D printer using the Duet firmware and S3D software. Here are some potential issues with the text: 1. **Lengthy instructions**: The text is quite long and may be overwhelming for readers who are not familiar with 3D printing or delta printers. 2. **Lack of visual aids**: The text does not include any images or diagrams to help illustrate the steps, which can make it difficult to follow. 3. **Assumes prior knowledge**: The text assumes that the reader has some basic knowledge of 3D printing and electronics, which may not be the case for all readers. To improve the text, consider adding: 1. **Visual aids**: Include images or diagrams to help illustrate the steps and make the instructions easier to follow. 2. **Simplified language**: Use simpler language and avoid technical jargon to make the instructions more accessible to a wider audience. 3. **Additional resources**: Provide additional resources, such as videos or online tutorials, to supplement the text and provide further guidance for readers.