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Printable Voron User Mods

Voron User Mods, or "UserMods", are a collection of community created and Team FDM curated modification for Voron Printers. All of these mods are available on the VoronUsers Github repo and unless otherwise specified follow the Voron communities GPL3.0 Licensing. Use any Mods at your own risk, if you make modification please share them on the VoronUsers repo.

Mod Authors: Have a Voron mod? Upload it at TeamFDM.com and let us know you're the author. We will ensure you can update and curate your files for more feedback! Please include tags for what Voron, or extruder your mod is compatible with. 

640 files

  1. V1 3Z

    Intro
    This is a 3z mod for the V1 printer which utilizes the original hardware as much as possible to make this a simple upgrade for your printer. It will require an additional stepper and leadscrew to match your current setup, as well as a controller board with capability to drive an extra channel.
    This has been tested with an BTT MOT-EXP board on a BTT SKR 1.4 as an inexpensive alternative to a complete board swap.
    NOTE: DXF files have been provided with updated motor locations, however the 250 DXF has not been verified. It should be correct but please verify the measurements if you have a 250 build

    12 downloads

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  2. V0 Magnetic Panels

    This mod comes in two parts, a fixed mounting plate which anchors to the v0 frame with m3x6 screws and a detachable front plate which holds the acrylic panel.
    BOM:
    Front Panel
    6 - M3x6 screws 6 - M3 nuts 22 - 6x3mm magnets Printed parts Side Panel (each)
    6 - M3x6 screws 6 - M3 nuts 28 - 6x3mm magnets Assembly instructions:
    Front panel
    Remove front two feet from V0 Preload 3 m3 nuts to each front extrusion Attach mounting plate to front of V0 with M3x6 screws Insert magnets into the 11 holes on the mounting plate Using VHB tape, affix clear acrlyic to the panel mount part Insert magnets into the 11 holes on the panel mount, be sure to match polarity properly! Re-attach front two feet Side panels
    Remove side two feet from V0 Preload 3 m3 nuts to each front extrusion Attach mounting plate to V0 with M3x6 screws Insert magnets into the 14 holes on the mounting plate Using VHB tape, affix clear acrlyic to the panel mount part Insert magnets into the 14 holes on the panel mount, be sure to match polarity properly! Re-attach two feet

    69 downloads

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  3. Slenderfan

    Slender layer fan for 2.4



    About
    For the Mosquito hotend, this mod shortens the Afterburner tool head by 10mm along Y. It reduces weight at the maximum lever point on the tool head and gives an open duct so you can service the interior in case of a dropped screw or similar.
    You will switch to a smaller layer fan for weight and size benefits, at the cost of maximum air throughput. For ABS, ASA, Nylon and other low-fan materials this is often sufficient but you may struggle with PLA.
    There is an option for a prettier 40x10 (the one from 2.2) and a lighter, more utilitarian 50x10 which is better on all counts except cosmetically.
    BOM
    A Mosquito hotend 6x m3x3.8 heat set inserts 2x m3x12 2x m3x16 2x m3x20 2x m3x30 A: The neat little layer fan from 2.2 B: This ugly layer fan for lighter weight and more air STLs
    File Note blower_case.stl blower_lid.stl duct.stl You might need supports. I used supporrt from platform only to keep the inside of the duct clean. hotend_fan_cover.stl You might need supports. I used supports on the duct seal wings to keep them a little nice. v_5010_case.stl For ugly 50x10 style. Replaces blower_case.stl. v_5010_lid.stl For ugly 50x10 style. Replaces blower_lid.stl. Assembly
    You are replacing the front half of your print head. You'll need to replace the front mosquito mount with the new shroud, so tear it down a bit (leave your clockwork intact, we're not messing with that) Put in the heat set inserts. 2 on top of blower_lid, 2 in the duct and the 2 on the backside of the duct for bolting the hotend case together. (5010 does not have heat set inserts on the

    35 downloads

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  4. Closed Bottom

    README
    Overview
    This is my take on fully enclosing the V0. This mod lifts the printer by 10 mm and requires new legs and skirts to be printed. Without further modification this mod can not be printed on a V0 since a bigger build volume is required.
    Variants:
    I designed two variants of the bottom panel:
    Simple: This only requires a rectangular cut (223 mm x 226 mm x 3 mm) bottom panel (can also be printed). The drawback is that the feet have to be removed to access electronics and the feet can only be properly attached with the panel.
    Fancy: Requires to cut out to leave out the legs. More loose fit. Non supported corners require stiff panel. Panel can be attached or not independant on the feet.
    Requirements:
    Single part skirts (too big to print on V0). Legs matching the variant you chose. 3 mm stiff panel cut to shape. I used Dibond and cut it with a jigsaw. 4 x M3 x 40 mm screws for the longer legs. 4 x M3 x 6 mm screws to mount panel and lip. Lip:
    The Lip to cover the portion below the spec

    3 downloads

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  5. Deck Panel Inserts Logo

    README
    Overview
    Remix of the crew mods deck panel that uses brass heat inserts instead of nylon stand-offs to not have screw heads showing when looking at the printer. Allows inserts 5 mm x 6 mm (shorter 4 mm ones recommended for PSU).
    Requirements:
    Designed for spec hardware:
    PSU: Meanwell LRS-100-24 MCU: BTT SKR Mini E3 1.2 How to print Accent colored Logo
    The

    3 downloads

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  6. Tension Meter

    README
    Overview
    Inspired by the print in place tension meter Prusa released recently, I drew up this one from scratch.
    It's not intended to give you an absolute result but I found it accurate enough to measure the same tension independent off the orientation you mount it with. Therefore it should be accurate enough to set multiple belts to the same tension (e.g. V2 z-belts).
    Print instructions:
    Only tested with KVP ABS.
    Always print it with 100% infill
    Application:
    The meter has three

    212 downloads

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  7. Electronics Bay Seperator

    Electronics Bay and Chamber seperator.
    A plate to seperate the enclosure, from the electronics compartment. The chief advantage in using this part, is it allows you to drastically reducde the size of the back panel, while maintaining chamber temperature. This wouuld allow you to run a larger extruder if desired. It also will help to keep the Raspberry Pi running cooler, and even for active cooling for the electronics or stepper motors should you deem it necessary.
    I aimed to create something easy to install on a machine already built. Also easy to remove for maintenance or modifcation. Prints in 1 piece on the V0 bed.

    0 downloads

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    0 comments

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  8. Jetpack V0

    Purpose: Attaching Jetpack to V0
    Why: Base needed to be adjusted to 1515
    What else: From Voron with love!

    4 downloads

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  9. V0 TR Mounting Frame

    Purpose: attaching TacoRaven Board to the backside of a V0
    Why: Because you need it if you a Taco lover.
    What else: From Voron with love!

    0 downloads

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  10. DIN Rail 2020 Holder

    Purpose: attaching DIN RAIL with 25mm inner width to 2020 rails
    Why: You can avoid attaching DIN rails to the bed and easily move/adjust them - specially on smaller ones.
    What else: From Voron with love!

    18 downloads

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    0 comments

    Submitted

  11. Single Panel Magnet Mount

    Voron 2.4 Front Magnet Panel Mounting System
    Mounting system for attaching a panel to the Voron 2.4 frame using magnets, primarily intended for the front panel.

    BOM:
    Magnets (quantity 64 (get a few spares), ~$25): https://www.kjmagnetics.com/proddetail.asp?prod=B442 Heat set inserts (quantity 24, ~$19): https://smile.amazon.com/gp/product/B077CJV3Z9 M3 T-nuts (quantity 24 ~$12), with a centered threaded hole, I used the type I could roll into the frame:

    60 downloads

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  12. DIN Rail SKR 1.3 90deg

    Purpose: Turning SKR V1.3 90 degrees on a DIN rail. Standard base is used.
    Why: To optimize space/electronics arrangement.
    What else: From Voron with love!

    1 download

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  13. V0 Skirt Buttons

    # V0 OLED

    20 downloads

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    0 comments

    Submitted

  14. V0 M4 Mod

    # M4 Mod For V0 This mod lets you mount a Mobius 4 on a Voron 0.

    This mod will interfere with the rear panel if you use the printed 80T idler. Alternatives are either using the Powge Voron 80T pulley, or using my no rear panel mod.
    I wrote a manual for assembly. You can find that here.
    Printed Parts Needed in M4 Files
    You need both .stl files included in the mod folder, also you need:
    main_body_mirror.stl latch_shuttle.stl [a]_latch.stl [a]_guidler_mirror.stl [a]_5x4mm_spacer.stl Confirmed Motors That Work
    I will edit this list if more motors are confirmed working.
    E3D Slimline Motor Confirmed Motors That Don't Work
    Tevo Titan Pancake Motor LDO High Temp 0.9 Motor LDO-42STH25-1404MAH

    6 downloads

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  15. DuetZero

    # DuetZero Duet2 Pi Zero Mount This is a Raspberry Pi Zero mount intended to mount OVER a Duet 2 (DuetWifi/Ethernet) to save space. You only need longer M3 screws for Duet mounting and M2 self tappers for Pi mounting.
    First mount the Zero on the piece, preferably inside as that is what is intended. Use 2 M2 self tappers for this. If the screws poke out on the other side cut the ends to prevent accidents. Then using M3 screws mount this to USB side of the Duet.
    This mount is intended for a Voron 0 but should work with any other Vorons.

    1 download

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  16. V0 Screw Front Hinge Mod

    This mod is to allow you to screw the front door panel (instead of VHB).
    You need 6x 6mm M3 screws and 6x M3 inserts.
    Designed for 3mm panels but should work with thinner panels as well, just use foam tape if the gap is too big.
    Insert the M3 inserts to the handle and corner pieces.
    Included drilling guides will let you drill the holes accurately. I recommend using 4mm (or whatever

    18 downloads

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  17. Duct Mount

    # Rear Duct Mount w/ Umbilical Support This is to mount a 100mm/4

    0 downloads

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  18. V2.4 Fanless Middle Skirt

    A replacement middle skirt that doesn't protrude below the bottom plate, and has no fan mounts.

    32 downloads

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    0 comments

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  19. V0 Picam

    V0 Raspberry Pi Camera Mount
    Attaches to the corner bracket of the top hat using a longer M3 screw. Camera mount taken from: https://www.thingiverse.com/thing:3017729

    15 downloads

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  20. Flat Skirts

    # Flat V2.4 Skirts This is to mount a flat bottom panel without cutouts. Includes rear filtered inlet and side middle skirts. No front skirt as that is on a hinge anyway. Inlet skirt uses M3 inserts.

    6 downloads

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  21. V0 Electronic Panel

    Electronics Cover Mod For V0
    You need 4x Threaded Inserts

    0 downloads

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    0 comments

    Submitted

  22. V2.4 Skirt Buttons

    Voron V2.4 Skirt Buttons Mod

    Switches Needed
    Printer Size Qty Needed 350 12 300 8 250 4 You need 12*12mm 5mm tactile switches. Make sure they are through hole, not SMD! Here are a few examples: Amazon: https://amzn.to/3788dfZ Aliexpress: https://s.click.aliexpress.com/e/_eKCJlo
    Wiring
    Put the switches in the hexagons, bend the legs of the switches. Wire one side of the switches together, connect to the mcu or Pi (depending on your config). Connect seperate wires to the opposite sides. I recommend using hot glue to keep the wires in place. Otherwise you may disconnect the solder joints, or worse, break the legs of the switches when installing by accident.
    Gluing The Buttons
    I recommend using hot glue for attaching the printed button caps to the switches. You can also use super glue, but you may need to space the caps by putting a washer in between as hot glue is thicker.
    You may need to cut the elephant foot if the buttons get stuck when pressed.
    Config Options
    You have 2 choices: Using FW of your 3D printer (like Klipper), or using Octoprint's Enclosure plugin.
    Config for Klipper
    Here is the relevant config info from GitHub page of Klipper.
    # Execute gcode when a button is pressed or released (or when a pin # changes state). You can check the state of the button by using # QUERY_BUTTON button=my_gcode_button #[gcode_button my_gcode_button] #pin: # The pin on which the button is connected. This parameter must be # provided. #press_gcode: # A list of G-Code commands to execute when the button is pressed. # G-Code templates are supported. This parameter must be provided. #release_gcode: # A list of G-Code commands to execute when the button is released. # G-Code templates are supported. The default is to not run any # commands on a button release. Config for Octoprint
    Install the plugin

    658 downloads

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    2 comments

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  23. Bed Hinge

    # Car Hood Style Heatbed Hinge System
    BOM

    32 downloads

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    0 comments

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  24. Omron DIN Mount

    This is for mounting the stock Omron Relay to the DIN rails without buying the Omron mount. You will also need the

    13 downloads

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    0 comments

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  25. Max31865 DIN Mount

    This is for mounting a Adafruit MAX31865 board (and SAME SIZE clone) to the DIN rails. You will also need the

    0 downloads

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    0 comments

    Submitted

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