CloverPlus v3 Delta 3D Printer

thingiverse

This appears to be a comprehensive guide for building and optimizing a delta-style 3D printer, specifically the CloverPlus v2. Here's a breakdown of the content: **Preparation** * Sandpaper is used to smooth out surfaces before gluing. * Cleaning with alcohol is recommended before applying glue. * JB KwikWeld epoxy is suggested as a reliable adhesive. **Assembly** * Make sure magnets slide into arm recesses easily and test spacing to avoid contact between ball and magnet. * Check for wobble after assembly and clean up the arm ends if necessary. * Use cork spacers to reduce vibration and provide heat insulation around motors. **Printing** * A 0.4mm hot end nozzle size or smaller is recommended due to the build volume. * Firmware settings, such as delta variables, are provided at the top of the guide. * The delta calibration tool from escher3d.com is highly recommended for accurate calibration. * A 32-bit Smoothieware or Reprap Firmware based controller board is preferred for smooth operation. **Performance Tuning** * Acceleration and Junction Deviation/Jerk settings can be adjusted to optimize print speed and quality. * 0.9-degree/step steppers are suggested for higher resolution prints with a 32-bit controller. **Print Settings** * Printer: UltiBots K250 V-Slot * Resolution: 0.2mm, 0.3mm for frame parts * Infill: 50% honeycomb * Notes: Printed with MG Chemicals PETG filament using an E3Dv6 hotend. **Improvements over CloverPlus v2** * Streamlined top and bottom parts * Updated for single 10mm MicroRAX extrusion on each corner * New 2-piece carriages that slide smoothly up and down the MicroRAX extrusions * Optional parts to accommodate MR9 linear rails and MGN9C linear rail carriages * Triangular arm profile reduces end cleanup * Relocated extruder for better carriage clearance * Simplified bed clamps to save vertical space * Added smash compensation on many parts to eliminate post-print cleanup. Overall, this guide provides detailed instructions and recommendations for building and optimizing a delta-style 3D printer. It covers preparation, assembly, printing, performance tuning, and print settings.