Flyingbear P905 E3D V6 X Carriage

thingiverse

This a new carriage design from scratch for Flyingbear P905 and P905x. The goal of the project was to: - Mount a J-Head E3d V6 clone - Add custom fan duct - Replace the original extruder by a direct drive as to the Bondtech model - Adapt clone of Prusa Laser Sensor on top of the direct drive. For that I had to do design and build all parts: - Carriage - Direct drive - Fan duct - Upper part - Fan duct - Lower part - Support for Inductive sensor - Auto-leveling (original sensor replaced by an 8mm detection) The project is almost finished and I use the new Carriage + JHead + Direct drive + Prusa sensor for few weeks and all works fine as expected. - As the MKS Gen L v1.0 does not provide I2C pinout necessary to connect the Prusa Sensor on it, I used an Wemos ESP8266 d1 mini and Micropython to deal with it and push a signal to the MKS like a simple filament sensor does. - I used Micropython language rather Arduino C/C++ because of it's easier for me. The code to manage the Laser Sensor have less than 300 lines and could be ported to Marlin I guess. - In parallel, I'm remixing another project (https://www.thingiverse.com/thing:2992637) about an adaptation of MMU2 multi-material from Prusa to the Flyingbear P905. In the future, I will provide all source files of each model created with Solvespace software and give more information on the project. Please, be indulgent, my English is not really good. 09/03/2019 Update - Added all models designed using Solvespace 3D software - Added Micropython program to control the Prusa Clone Optical Laser Sensor Nota: Don't hesitate to ask me more information if you need