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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. Filament Detection

    Voron themed filament detection.
    I fancied making my own simple filament detection module, using spares from my Voron V0 build, and here it is..
    BOM
    4x M3 Nut 4x M3x6 bolt (SH/BH) 2x M2x10 Self Tapping Screws 1x Omron Mouse Button - Micro Switch Bowden tube can be inserted to guide the filament in to the module, you might need to fettle this, as it maybe a bit tight and restrict the filament movement. There should be very little friction if all goes well.
    The module works in either direction, it should be mounted away from the extrusion motor, as klipper buffers commands, so the further from the motor the better.
    I printed with 0.4mm nozzle 0.2mm layer height, no supports need.
    Print one of each STL.

    9 downloads

       (0 reviews)

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    Submitted

  2. Skirt Mount for V0 for Analog Timer

    Skirt mount for V0, to allow mounting of analog timer.
    Mounts in back/right position.
    Fits https://www.aliexpress.com/item/799301917.html, or similar.

    1 download

       (0 reviews)

    0 comments

    Submitted

  3. Misaligned Rail Tools

    Overview
    In the initial Afterburner beta, I found that I had an inconsistent first layer height which I could not fix with bed_mesh or QGL. I suspected a twisted x extrusion. I found it is possible to very slightly misalign the x rails to produce an apparent extrusion twist, and I was able to fix it using simple tools and a few printed parts.
    The Dozuki article goes into a lot more detail, but here you will find the broad strokes and the tools I used.
    I take no responsibility for anything happening to you, your printer, or anything else should you follow what I did.
    The Issue

    This diagram shows what I think is going on. In the AB beta, you align and install the front rail, then align the bottom rail to it. If the front rail is slightly misaligned higher on the left/lower on the right (black arrows), it will pull up on the carriage (blue arrow pointing up) when moved to the left (green arrow). The bottom rail is constrained in that direction, so it moves forward(red arrow).
    It is the combination of the blue and red arrows which cause the apparent twist, tilting the carriage away from the build plane. Quad_Gantry_Level can and does correct for a single rail misalign (such as on a V2.2) but once there are 2 rails perpendicular to each other, they impart twist which QGL cannot fix.
    From my measurements I was approx. 0.07mm higher on left than on the right. Over the length of the rail, this can impart a twist of approx 0.4 degrees. At the nozzle I had a variance of .12mm in layer height over approx. 150mm
    Requirements
    metal ruler/light Dial indicator (1 inch travel, .001 resolution) Printed Dial Indicator adapter (this mod) Printed adjuster assembly (this mod) If you do not have a dial indicator it may be possible to test for this using a z-height/paper gauge test. in this case you won't need the dial indicator stl, just the adjuster stls
    Detection
    The Dozuki article has the detail here, but the general idea is to use either a dial indicator or paper test the nozzle height at different x locations. Since we are at QGL, and assuming the bed is flat, there should be little measured change.
    The Fix (Dangerous)
    Assemble the "adjuster" like so:

    DO NOT INSTALL YET DANGER! If you install this and then do a home, bad things will happen as the adjuster will hit the stepper long before the y switch activates. be very very careful when this is installed.

    15 downloads

       (0 reviews)

    0 comments

    Updated

  4. Voron 2.2-2.4 Precision A/B Drive System

    Overview
    This is actually 2 mods in one. The first mod increases resolution and torque of the AB drives. The second mod inverts and strenghtens the ab drive frames. you can do either mod independently, they do not rely on each other. If you are going to do them both, do them at the same time as they both require gantry disassembly.
    IMPORTANT NOTE for 2.4: This mod was designed to fit with the 2.2 sized extrusions. For a Voron 2.2 the back extrusion measures 40 mm shorter than the back extrusion in a Voron 2.4. You can do this mod on a 2.4, but you will have to either buy a new extrusion which is shorter or cut the one you have. I suggest buying a new one, so you can go back to the 2.4 drives at will.
    Drive reduction
    In the Voron 2.2, the A and B drives have a closed belt that drives the driveshaft which powers the xy gantry movement. In the spec 2.2, all 3 pulleys are 20T pulleys. This means the torque at the open belt is equal to the torque at the stepper motor, and the step size is (2mm pitch * 20 Teeth)/(200 steps * 16 microsteps)=0.0125 mm/microsteps
    In this mod we are replacing 2 of these pulleys with 16 tooth pulleys. We replace the one on the stepper and the one that drives the open belt. This gives us a step size of (2mm*16)/250 steps *16 micro)0.008 mm/step the 16:20:16 reduction gear increases the torque at normal print speeds. This affect tapers off at higher speeds because our stepper is running at a higher RPM compared to the spec drive.
    Frame strengthening and inverting.
    I took this opportunity to also strengthen the ab drive frames which had begin to crack at the extrusions on my 2.2. I also inverted the drives to put the spinny bits in view.
    Disclaimer: It is your printer. If you do this and something breaks, it is fully your responsibility. I take no responsibility.
    Materials needed
    Spec Voron 2.2 or 2.4 4 GT2 16T pulleys 6mm wide, 5mm bore 4 new printed frame parts (this mod) (for 2.4 only) a new extrusion 40 mm shorter than your back extrusion Procedure:
    Print the new frames at Voron print specifications (ABS, 40% 0.2 layer height) Remove the old AB drives and disassemble Assemble using the new frames and 16T gears as shown Modify ab stepsize in firmware Recommission printer Assembly
    It is important to get the 16 tooth gears and the 20 tooth gears in the right locations. The stepper and the gear that contacts the open belt on the driveshaft are 16 tooth. The gear connecting the closed 110 mm loop to the shaft is still a 20 tooth.
    Firmware (klipper)
    In your printer.cfg you must make this change: [stepper_x] ... step_distance: 0.008 ##for gear reduction drive
    ... [stepper_y] ... step_distance: 0.008 ##for gear reduction drive
    I cannot recall if you have to reverse the direction pins or not. in my current working config, they are reversed. [stepper_x] ... dir_pin: !P2.6 #this is for a skr 1.4 pro using 2209 drivers. your pin and dir may vary
    [stepper_y] ... dir_pin: !P0.20 #this is for a SKR 1.4 pro using 2209 drivers. your pin and dir may vary
    Recommission
    Treat this printer like it's just been built, because it's a new printer. It is very easy to accidentally pull a wire or drop a connection
    Go slowly. Verify the steppers with stepper_buzz. Carefully home the xy. if they move in the wrong direction, stop the printer. Check gantry alignment. Retension the belts. Enjoy!

    36 downloads

       (0 reviews)

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    Submitted

  5. Voron 2.4 SKR 1.3/1.4 Mount for DIN Rail

    G'day, another nice thingy from down under. Got non-standard electronics compartment? Some blocks there that don't allow spec placements? Don't have or don't like self-tapping screws? Or are you just up to better wiring and sturdier construction? Alright, Dropbears to rescue. Here comes a rigid bracket for SKR boards, that uses M3 bolts and nuts, and allows mounting along and across the rail. Each bracket needs 2 of rs25_psu_bracket_clip.stl.
    Printing and Plastic
    Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
    This part is not exposed to any significant heat, so you could probably use even PLA.
    Assembly
    BOM:
    8 x M3 hex nuts 8 x M3x12 SHCS screws Credits
    that russian guy (aeresov#9959) A Team Dropbear Production
     

    32 downloads

       (0 reviews)

    1 comment

    Submitted

  6. Voron 2.4 MeanWell UHP PSU Mount for DIN Rail

    G'day, another nice thingy from down under. MeanWell UHP PSUs are great: nice, slim, compact, mains and DC on opposite sides... Well, but how to mount them on DIN rails? Alright, Dropbears to rescue. Pick an adapter for your UHP (they have different width), print 2 of them and 4 of rs25_psu_bracket_clip.stl.
    Printing and plasic
    Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
    This part is not exposed to any significant heat, so you could probably use even PLA.
    Assembly
    BOM:
    8 x M3 hex nuts 8 x M3x12 SHCS screws 4 x M3 suare nuts 4 x M3x10 SHCS screws Put square nuts in slide pockets, secure them with screws, then bolt down rs25 brackets, so square nuts are trapped.
    Credits
    that russian guy (aeresov#9959) A Team Dropbear Production
     

    114 downloads

       (0 reviews)

    0 comments

    Submitted

  7. Voron 2.4 Cable Tie Mount for DIN Rail

    G'day, another nice thingy from down under: a simple bracket that allows fixing your cables with standard 3.5mm plastic cable ties in various positions. 4 ties per bracket, 2x2 criss-cross, so you can make bends or straights. The bracket needs 1 of rs25_psu_bracket_clip.stl.
    Printing and Plastic
    Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
    This part is not exposed to any significant heat, so you could probably use even PLA.
    Assembly
    BOM:
    2 x M3 hex nuts 2 x M3x12 SHCS screws standard 3.5mm cable ties Credits
    that russian guy (aeresov#9959) A Team Dropbear Production

    39 downloads

       (0 reviews)

    0 comments

    Submitted

  8. Voron 2.4 Trianglelab Filament Sensor Bracket

    G'day, another nice thingy from down under. Got TL filament sensor in your pile of parts? Bought it a year ago for 2.1 and too lazy to find a way to mount it so it plays well with spool holder? Upgraded to 2.4 and still have no clue? Alright, ask a mate to hold your beer, this is quick one: just print it and use instead of stock bowen_retainer.stl.
    Printing and Plastic
    Standard Voron part printing guidelines to follow: 0.4 nozzle, 0.2 layer height, etc.
    Any common plastic will do, this is outer part with no heat exposure.
    Well, sure, you can print it in PEEK if you're that guy.
    Assembly
    BOM:
    2 x M3 t-nuts 4 x M3x12 SHCS screws 2 x M3 heat inserts (4mm will do) Bolt your sensor to it, insert your PTFE tube to sensor's exit hole.
    Make Melbourne hipsters proud, do your wiring in braided sleeving and with fancy connectors. And have a flat white when you're done.
    Credits
    that russian guy (aeresov#9959) A Team Dropbear Production

    85 downloads

       (0 reviews)

    1 comment

    Submitted

  9. Relay Mount

    Simple relay-mount for 2x 2 channel relay modules - e.g. for moonraker power plugin.
     
    Mount with two M5x8 screws and T- or hammerhead nuts to normal 2020 extrusions.
    4x or 8x M2x8 self tapping screws to mount the relay module.

    6 downloads

       (0 reviews)

    0 comments

    Submitted

  10. G1 Exhaust Filter Housing

    Exhaust filter housing with the G1-8" thread on the side. Can also simply be printed mirrored to have the fitting on the opposite side

    38 downloads

       (0 reviews)

    1 comment

    Submitted

  11. Corner Panel Clip

    Corner panel clip with an internal cable path, so you can route the cables around the panel and corner.
    I use them to mount 6mm floatglas as top panel with 3mm foam tape

    corner_panel_clip_top_4mm.stl is 4mm and corner_panel_clip_bottom_3_5mm.stl is 3.5mm height,
    so at the end there is 7.5mm space for the panel and foamtape.
     
    Needs 2x M3x12 screews to mount per clip.

    111 downloads

       (0 reviews)

    0 comments

    Submitted

  12. V0 Neopixel Front Bed Mount

    This replaces the stock V0.1 Front Bed Mount, adding a slot for a single Neopixel or Dotstar LED from a standard 10mm strip. There are channels to run the wires stealthily to inside of the bed frame extrusions on either side.
    Instructions
    Print Diffuser_x1 with 100% infill using a transparent or white ABS, textured build surface is a bonus.
    Print Front_Bed_Mount_x1 using standard Voron print settings
    cut a single Neopixel or Dotstar LED from a 10mm strip, and 3 (or 4 for Dotstar) equal lengths of wire, long enough to reach from the front bed mount, under the bed, through the cable chain and all the way to your mainboard.
    insert the LED into the slot on the front of the bed mount, and route the wires through one or both of the channels
    insert the diffuser in the slot in front of the LED, ensure a good friction fit. if necessary, print the diffuser slightly thicker or thinner by scaling it in your slicer.
    Install the new Bed mount, making sure the wires are not pinched by the extrusions, they should run directly into the slot, you can use zip ties to secure it.
    route the wires through the cable chain, and around to wherever your mainboard is mounted.
    mainboard connections and klipper configuration are left as an exercise to the reader.

    105 downloads

       (0 reviews)

    0 comments

    Submitted

  13. Mini Afterburner Strain Relief

    Replaces the stock strain relief on the V0 Mini Afterburner toolhead.
    BOM
    1x M3x6 BHCS 2x M3x30 BHCS 2x M3 Nuts 1x M3 heat-set insert. (3x5x4) Instructions
    Install the M3 heat-set insert into the top of Strain_Relief_Body_x1. Use the M3x6 BHCS to attach the Strain_Relief_Body_Top_x1 to the Strain_Relief_Body_x1 Insert the 2 M3x30 screws from the front of the toolhead, through the motor, Strain_Relief_Spacer_x2 and Strain_Relief_Body_x1 finally securing them with M3 nuts on the back of the strain relief. wires can be routed between the motor and the strain relief, through the recessed area.

    111 downloads

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    Submitted

  14. Mini Afterburner ADXL345 Mount

    A mount to attach an ADXL345 sensor to the Mini-Afterburner toolhead.
    BOM
    2x M3x40 BHCS 2x M3 screws (at least 4mm, preferably nylon) 2x M3 heat-set insert. (3x5x4) Instructions
    Install the M3 heat-set inserts into the 2 larger holes on the part. Remove the lowest 2 M3x35 screws from the front of the MiniAfterburner Attach the mount using 2 M3x40 screws in the same holes. attach the ADXL345 to the top of the mount, using m3 screws, ensure axes are oriented correctly.

    206 downloads

       (0 reviews)

    0 comments

    Submitted

  15. AngryLED LED Mount

    Simple LED-mount for [Lumentech LT3 profiles.](https://lumentec.eu/Aluminium-Eckig-LED-Profil-100cm-45-fuer-8-12mm-LED-Streifen-Profil-LT3-Abdeckung) Works with 8-12mm LED strips
    v0.1 needs two M3x10 screws / set and T- or hammerhead nuts to mount on normal 2020 extrusions.
    v1.0 "AngryLED"  needs two M3x20 screws / set and T- or hammerhead nuts to mount on normal 2020 extrusions.
     -> optimized cable path so that the cable goes into the extrusion nut
     -> there is also a small version

     

    135 downloads

       (0 reviews)

    0 comments

    Updated

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