I'm starting my first Voron 2.4r2 (not first printer or first build), Based on Microcenter's Voron Kits, with several deviations from the standard.
For those of you who don't know Microcenter now sells a series of kits that allegedly end up as a Voron 2.4 R2. They are not all marked for a 350MM build, but the dimensions so far seem to lineup with the spec sheet for that size. The website has these kits but the descriptions are very light on details. I have no idea what's included in the Electronics Kit except that it states an Octopus Pro (which is the board that I wanted anyway).
So far I have:
- Frame Kit ($79.99)
- Build Plate ($99.99)
- Motion Kit ($199.99)
- Fastener Kit ($49.99)
- Cable Kit ($29.99)
- Panels Kit ($99.99)
- 12-Rail CNC Weight Loss Structural Kit ($249.99)
- Raspberry Pi 4B (From my old stock)
- Lots of filament/nozzles/spare parts (free)
- Upgraded 24v/5v power supply (350w) just because I have it
Still need to buy: (may be a few months before I can afford these)
- Electronics Kit Parts Set with Octopus Pro ($349.99)
- Printed Parts (minus the parts included in the kit below)
- Tap kit ($40ish) or Beacon? <-- The electronics kit seems to come with a proximity switch (Omron TL-Q5MB1-F-Z)
- Filament runout sensor(s)
- Extra magnetic build plates
- LDO Nitehawk-SB USB Tool Head ($39.99)
- Hot-End/Cold-End kit (I'm going to need help understanding this) <-- After examining the Microcenter kit, it has most of these parts for the toolhead.
-- Stealthburner with Galileo and LDO Nighthawk-SB, has been suggested.
Upgrades at some later time:
- Nozzle cleaner
- Belt tension tool
- Tophat (or something like it) with filament drier on top of that
- Tap changer or Stealth changer (
)
-- Also, I haven't seen this anywhere, but I plan on putting "parking" sensors on the changing system to make sure if an extruder falls off or does not park correctly, the job is paused.
- Relocated electronics to back of case rather than bottom
- Camera inside enclosure
- Enclosure temp probe
- Tool-less belt tightener/adjustments in aluminum
- Magnetic panel mounts
Issues list (so far):
1. Paying for these as money is pretty tight at the moment.
2. Not sure which hot/cold ends I want need. I would like to be compatible with the Stealth changer or Tap changer.
3. How do I determine which printed parts I need
a. None of the docs I have found have shown what is included with any of the kits, so until I buy them I have no idea what's in them.
b. Even when you do have a kit and docs, it is very confusing which printed parts you need.
Issues Overcome (so far):
1. Picked a color (Red seems to have the most support in metal parts)
2. Which kit to buy / To buy or self-source (did it this way so I can save up and pay for things slowly, I know I will pay more in the long run, but interest payments on the cards would kill me).
3. Which board to use. Determined partly because someone I know has offered to share his knowledge and that is based heavily on this board. Also, partly because it is included with the Microcenter kit.
4. I have a place to build it and all the tools
5. I have printed the instructions
For those of you who don't know Microcenter now sells a series of kits that allegedly end up as a Voron 2.4 R2. They are not all marked for a 350MM build, but the dimensions so far seem to lineup with the spec sheet for that size. The website has these kits but the descriptions are very light on details. I have no idea what's included in the Electronics Kit except that it states an Octopus Pro (which is the board that I wanted anyway).
So far I have:
- Frame Kit ($79.99)
- Build Plate ($99.99)
- Motion Kit ($199.99)
- Fastener Kit ($49.99)
- Cable Kit ($29.99)
- Panels Kit ($99.99)
- 12-Rail CNC Weight Loss Structural Kit ($249.99)
- Raspberry Pi 4B (From my old stock)
- Lots of filament/nozzles/spare parts (free)
- Upgraded 24v/5v power supply (350w) just because I have it
Still need to buy: (may be a few months before I can afford these)
- Electronics Kit Parts Set with Octopus Pro ($349.99)
- Printed Parts (minus the parts included in the kit below)
- Tap kit ($40ish) or Beacon? <-- The electronics kit seems to come with a proximity switch (Omron TL-Q5MB1-F-Z)
- Filament runout sensor(s)
- Extra magnetic build plates
- LDO Nitehawk-SB USB Tool Head ($39.99)
- Hot-End/Cold-End kit (I'm going to need help understanding this) <-- After examining the Microcenter kit, it has most of these parts for the toolhead.
-- Stealthburner with Galileo and LDO Nighthawk-SB, has been suggested.
Upgrades at some later time:
- Nozzle cleaner
- Belt tension tool
- Tophat (or something like it) with filament drier on top of that
- Tap changer or Stealth changer (
-- Also, I haven't seen this anywhere, but I plan on putting "parking" sensors on the changing system to make sure if an extruder falls off or does not park correctly, the job is paused.
- Relocated electronics to back of case rather than bottom
- Camera inside enclosure
- Enclosure temp probe
- Tool-less belt tightener/adjustments in aluminum
- Magnetic panel mounts
Issues list (so far):
1. Paying for these as money is pretty tight at the moment.
2. Not sure which hot/cold ends I want need. I would like to be compatible with the Stealth changer or Tap changer.
3. How do I determine which printed parts I need
a. None of the docs I have found have shown what is included with any of the kits, so until I buy them I have no idea what's in them.
b. Even when you do have a kit and docs, it is very confusing which printed parts you need.
Issues Overcome (so far):
1. Picked a color (Red seems to have the most support in metal parts)
2. Which kit to buy / To buy or self-source (did it this way so I can save up and pay for things slowly, I know I will pay more in the long run, but interest payments on the cards would kill me).
3. Which board to use. Determined partly because someone I know has offered to share his knowledge and that is based heavily on this board. Also, partly because it is included with the Microcenter kit.
4. I have a place to build it and all the tools
5. I have printed the instructions
Last edited: