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Revo_Nozzle_Skirt A Revo nozzle box hidden in a Voron Trident skirt. Compatible with 250/300/350 Tridents. 250 - 2 Nozzles each 300 - 4 Nozzles each 350 - 5 Nozzles each Bill Of Materials 2x 6mm x 3mm Round Magnet 2x M3 Heat-set insert 2x M3x8 BHCS Instructions Print a Skirt and Nozzle Holder the appropriate size for your printer. the A version is for the front-left and back-right corners. and the B version is for the other 2 corners. install the 2 heat-set inserts into the ends of nozzle-holder part. install 1 magnet in the skirt, and one in the nozzle-holder such that they attract eachother when the door is installed. insert the nozzle holder into the skirt and fasten with 2 M3x8 BHCS Remove the stock skirt piece from your trident and install the new one in it's place.

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. Images

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.

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.

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.