Motor position rotated by additional 10 degrees for easier maintenance and assembly New smaller and better PTFE input coupler Mounting screws in line with filament exit path –improved housing stiffness and easier mounting Machined PEEK secondary drive gear sleeve High temperature resistant injected housings - GPA12 Stainless steel filament exit guide (picture below) with 0.2-0.3mm clearance to drive gears for best TPU printing experience and extreme wear resistance when using abrasive filaments New motor design offers ~40% increase in pushing force in real printing conditions and improved acceleration performanceįlipped drive gears –filament path closer to the extruder center for a more balanced design and perfect fit on delta printers Smaller more compact dimensions (11.6% shorter) Genuine Bondtech hardened dual filament drive gears More information about the Orbiter is available here. Since there are so many different printers we are unable to offer printer specific help with installation.
#Orbiter extruder v2.0 install#
Please read the Firmware configuration information and make sure you understand what will need to be done for your specific printer in order to install this extruder. You will need to be familiar with making changes in your firmware to use this extruder. Please read this first: This is not a plug-and-play upgrade. For cable management and 3D printer assembly please refer to your printer build manual.Orbiter V2.0 Extruder with Bondtech Dual Drive Gears Lastly, put the filament sensor cover on top and use an M3 x 10 screw to fix it. You can use stock Prusa Filament Sensor as well. Mount the Filament Sensor with an M2 x 8 screw. Use a small screwdriver or a scriber and pull the filament sensor lever from the pocket shown to push the ball holder down and make it flush with the top
Do not push further and move to the next step. Put it into its place, however, it is going to be stuck in the middle of the way due to Filament Sensor Lever. Insert the 12mm PTFE tube and steel ball into the housing.
Do not overtighten the screws cause you may damage the 5015 fan holes. Place the print fan as seen in the picture and fix it with two M3 x 22 Screws. Inser two M3 Hex nuts to the holes seen on the picture to be able to mount the print fan. Use M3 x 10 screw to mount the print fan arm. And also pass the motor cable behind the jut on the extruder cover and then rearward through the gap above the fan socket. Insert a square nut into the fan shroud and put it into its place before assembling the fan. Ensure the hot end is positioned at a right angle while tightening. Place the motor assembly with hotend into its place at a right angle and tighten M3 x 35 screws. Insert the M3 Square Nut and the M3 x 10 screw to prepare for the PINDA. Secure the bottom part of the extruder body with two m3 x 10 screws in front. Fasten the M3x10 screw to secure the X carriage on the extruder body. Use M3x25 screw to assemble and fasten X Carriage, Body and front cover parts together. Insert the square nuts and place the front cover on the extruder body. You can use an M3 screw to place and push them more easily.įirst, pass the filament sensor cable through the X Carriage canal. Insert M3 hex nuts to their places at the back of the X carriage and Extruder Body. One for 2mm magnets the other is for 1.85~ There are two different Filament Sensor Lever files for different magnet thicknesses. Insert the Square nut on top of the body for FS Cover Screw. Insert the magnets on the Filament Lever and Extruder body. (PTFE is 26mm for REVO 6, 29mm for Revo Voron) Please use the PTFE tube cutters for the correct sizes. 38.5 PTFE is for E3D V6 and Volcano Hotend. Use M3x8mm socket cap screws to mount the Orbiter motor in its place by inserting the PTFE to the bottom metal hole of the motor assembly. Then insert the square nuts on the sides and place the hotend before assembling the motor. Insert a square nut on the extruder cover for the front fan first. Remove the Bowden coupler ring and take out the Bowden coupler.
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