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Welcome to TeamFDM.com
Welcome to TeamFDM.com, your premier destination for dedicated Voron support, guides, and discussions focused on the highly popular Voron 3D printers. As the largest Voron forum on the internet, we pride ourselves on being an independent resource for comprehensive tutorials and guides, providing an alternative to the Official Voron Discord or Official Voron Reddit.
Please note that we are not officially affiliated with or endorsed by the Voron Design team.TeamFDM.com is the perfect place for enthusiasts of all ages and skill levels to come together and explore the world of Voron Designed 3D Printers and accessories. Our thriving community, now over a year old, invites you to join us in welcoming fellow hobbyists as we work together to build, troubleshoot, and celebrate the incredible capabilities of Voron 3D printers.
Begin your Voron journey by visiting our forum (or bulletin board), where you can search for answers, ask questions, and receive support for your build. Discover the value of TeamFDM.com and the vibrant Voron community today!
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Latest Activities
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655
Mini Stealth - Orbiter 2.0
It hits the rigid core right where I marked it. I was able to insert a small negative part in the slicer to get them to all fit. So other than wiring in the Neos and waiting on my fans, the heads are pretty much all built now. Just a few things I noticed while putting them together.- orbiter 2.0
- v0.1
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655
Mini Stealth - Orbiter 2.0
Did you try the mounts on the Nitehawk36 GitHub page? OrbiterMount- orbiter 2.0
- v0.1
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655
Mini Stealth - Orbiter 2.0
Does the stepper collide with the core or with the StealthChanger x-carriage? The Orbiter has one of the lowest steppers of all of the supported extruders and it sits quite far off to the side. When I designed this, I used the Sherpa Micro to check clearances but I will look into clearance for the other extruders. I will also look into Nitehawk board mounts but, eventually, every different extruder would need a unique mount design since the steppers are mounted at different heights and angles. The Omron probe is a little bulky and can be hard to design around but at least it's better than the BTT Eddy. My preferred probe is the Biqu MicroProbe..- orbiter 2.0
- v0.1
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655
Mini Stealth - Orbiter 2.0
I have been spending the last 2 weeks converting my Voron over from regular sized stealthchanger to the mini. Love the mini! Noticed a few issues. I'm not sure if it was me or what. But I'm running the knomi body. Installed the rigid cores for the orbiter 2. I also have the filament sensors installed. But I had to notch the core in the slicer to get the orbiter to sit flat. The small stepper on the back contacts the ridge. Anyone else notice that or did I do something wrong? Also, I cannot find a decent board mount for the back of the obiter. I switch out my ebb36 tool heads and went with nighthawk36s. I also run the omoron sensor but the board and omoron were touching each other. Ended up having to space out the tool head board. If I'm doing anything wrong and this all fits together, please let me know. I'd like to get this dang printer up and running soon. Thanks- orbiter 2.0
- v0.1
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66
Project 24: Voron 2.4 300mm 'Knuba 3Dubba' - Siboor Aug 2023 Cartographer Kit
Better fan on the SB2209 As you know i added a 25mm fan on the Galileo 2 Extruder Cover to cool the SB board. It did its job an kept it around 50 degrees but i wired it to the Probe Connector pins, 5v and Gnd. So it was always on when the printer is powerd up not just printing. Which was annoying to me. I looked around and there is not too many info but you can Jumper the SB2209 so it uses a 24v FAN on the Induction Probe Connector (not the normal one!). The clue is to wire Ground to the GPIO PIN and VIN onto VIN. Then you can control it with printer.cfg. I used a 30mm, 24v fan for this. More info here: https://www.reddit.com/r/VORONDesign/comments/1flee2k/adding_a_fan_to_sb2209/?share_id=Zm7BeqQqyEJTyR3HGms30&utm_medium=android_app&utm_name=androidcss&utm_source=share&utm_term=20 You have to jumper the SBBoard tho like this (to FAN): - Warning the jumper is very very tiny Also i had to crimp some wires from the 24v fan: End result: Printer.cfg: ##################################################################### # SB2209 auxiliary board cooling fan on GPIO6 (IND/CNC header) # # Wiring: # Red -> VIN (+24V) # Black -> GPIO6 (switched ground) # # Control: # SET_FAN_SPEED FAN=sb2209_cooling SPEED=1.0 ##################################################################### [heater_fan EBB_SB2209_Fan] pin: EBBCan:gpio6 max_power: 1.0 kick_start_time: 0.5 off_below: 0.10 heater: extruder heater_temp: 50.0 Now it only turns on when the hotend is running and it keeps it crispy cool at 30 degrees...
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