Titan Aero for Anycubic Chiron (Bowden to Direct Drive)

thingiverse

This will work with the original Titan Aero by E3D, probably clones too. Link: https://e3d-online.com/titan-aero-builder. I'm not very happy with my fan duct, so please re-design it if you wish, the original from Anycubic is too small and far away. You only need to extend the End-stop cable and the stepper motor cable. (Maybe the auto-level cable as well.) As seen on my "overview" picture I disconnected the filament sensor and put it above the printer, together with the filament. The reason for this is that the filament roll can wobble a bit when it's getting pulled, and I have no use for the filament sensor, so it will now serve as an anti-wobbler. (You can of course extend the filament sensor cable, then you would still have the sensor active.) Assembly is pretty straightforward. However, you might get confused with all the parts in the E3D box. I used the original temperature sensor and hot-end cable, as the cables were a little longer than the ones that came with the E3D. I used the heater-block from E3D. Follow the instructions from E3D to assemble the extruder box. Remove the stepper motor and cut the cable and extend it. Make sure it's long enough for all Z-axis movements. Assemble the motor and extruder box to the mounting kit. Make sure the wheels can turn smoothly. Cut and extend the End-stop cable. Mount the Cable bracket and connect cables. Mount the fan bracket and fan duct, connect cables. Mount the original auto-level bracket (on the right side). Make sure everything is connected correctly. Power On your printer and run a auto-level program. Then fine tune the positions. Because you go from a Bowden to a Direct Drive solution, you need to re-calibrate all your settings. Retractions are much smaller, if you had very high speed movements you might need to slow it down, as the head is much heavier. Experiment and tweak as necessary. Enjoy!