Voron 0 ZeroClick back servo docker with a1 silicone nozzle cleaner/wiper

Please carefully adjust the height of the mount, test it step by step and make sure it is not crashing the toolhead and nozzle.

Credit

This model remix different great designs

• Mechanism from KlickSwipe
• Mount by mixing voron-v01-nozzle-brush and KlickSwipe
• Docker by mixing ZeroClick and v0-servo-arm-for-silicone-brush

Description

I want to use ZeroClick while keeping my current nozzle cleaner setup, at the same time not sacrificing print area. So I modify based on KlickSwipe design, and replacing the klicky dock to my own remix.

BOM

• MG90s Servo
• 2 x M3 nut
• 5 x BHCS M3x8mm
• 4 x Threaded Insert M3x5x4
• 2 x BHSC M3x6
• 4mm OD PTFE Tube 49mm total 14mm x 3, 7mm x 1 cutting jig included
  • please refer to KlickSwipe for the jig and how to preparing the PTFE tube
• 6mm x 3mm magnets (voron standard size)
• Silicon brush
  • cut it to the right size
• M2x8mm Self Tapping Screw (Optional)
  • I do not use it, but keeping the hole on the docker model

Adjustment

I have added few layer of blue taps as the probe was sticking to the docker too well that i am not able to attach it.

I have also adjust some of the parts so that it fit my case, if it is too loose for you, please check out the original model from KlickSwipe.

Assembly

please refer to KlickSwipe

Gcode

Servo arm on/off

[gcode_macro NOZZLE_UTIL_ON] # Deploy Arm
  gcode:
     SET_SERVO SERVO=nozzle_cleaner ANGLE=95
[gcode_macro NOZZLE_UTIL_OFF] # Retract Arm
  gcode:
     SET_SERVO SERVO=nozzle_cleaner ANGLE=2.5

Cleaning the nozzle

[gcode_macro CLEAN_NOZZLE]
  gcode:
      # Standby POS
      {% set STANDBY_X = params.STANDBY_X|default(8)|float %}
      {% set STANDBY_Y = params.STANDBY_Y|default(50)|float %}

  # Vertical, Along y
  {% set VERTICAL_X = params.VERTICAL_X|default(8)|float %}
  {% set VERTICAL_Y_MIN = params.VERTICAL_Y_MIN|default(70)|float %}
  {% set VERTICAL_Y_MAX = params.VERTICAL_Y_MAX|default(97)|float %}

  # Horizontal, Along x
  {% set HORIZONTAL_Y = params.HORIZONTAL_Y|default(85)|float %}
  {% set HORIZONTAL_X_MIN = params.HORIZONTAL_X_MIN|default(2)|float %}
  {% set HORIZONTAL_X_MAX = params.HORIZONTAL_X_MAX|default(16)|float %}

  SAVE_GCODE_STATE                                  # Save toolhead position

  G90
  G0 X{STANDBY_X} Y{STANDBY_Y} F5000                                 # Move the print head near the servo

  NOZZLE_UTIL_ON                                 # Brush Out
  # Wait for 1 seconds
  G4 P1000

  # Vertical
  G0 X{VERTICAL_X} Y{VERTICAL_Y_MAX} F5000
  G0 X{VERTICAL_X} Y{VERTICAL_Y_MIN} F5000
  G0 X{VERTICAL_X} Y{VERTICAL_Y_MAX} F5000
  G0 X{VERTICAL_X} Y{VERTICAL_Y_MIN} F3600 # speed decrease
  G0 X{VERTICAL_X} Y{VERTICAL_Y_MAX} F3600
  G0 X{VERTICAL_X} Y{VERTICAL_Y_MIN} F3600

  # Horizontal
  G0 X{HORIZONTAL_X_MAX} Y{HORIZONTAL_Y} F5000
  G0 X{HORIZONTAL_X_MIN} Y{HORIZONTAL_Y} F5000
  G0 X{HORIZONTAL_X_MAX} Y{HORIZONTAL_Y} F5000
  G0 X{HORIZONTAL_X_MIN} Y{HORIZONTAL_Y} F3600 # speed decrease
  G0 X{HORIZONTAL_X_MAX} Y{HORIZONTAL_Y} F3600
  G0 X{HORIZONTAL_X_MIN} Y{HORIZONTAL_Y} F3600

  # Return to standby pos to avoid moving the probe
  G0 X{STANDBY_X} Y{STANDBY_Y} F5000
  
  NOZZLE_UTIL_OFF                               # set brush servo to down position
  # Wait for 1 seconds
  G4 P1000

  RESTORE_GCODE_STATE MOVE=1 MOVE_SPEED=3000       # return to saved toolhead  position</code></pre><h4>&nbsp;</h4><h4>Attach/Dock Probe</h4><pre><code class="language-plaintext">[gcode_macro ATTACH_PROBE]

  gcode:
      {% set F = 4000 %}
  SAVE_GCODE_STATE NAME=attach_probe_state

  G90
  G0 Z30
  G0 X35 Y60 F{F}

  NOZZLE_UTIL_ON
  # Wait for 1 seconds
  G4 P1000

  # attach
  G0 X35 Y96 F{F}
  # Wait for 1 seconds
  G4 P1000

  G0 X70 Y96 F{F}

  NOZZLE_UTIL_OFF
  # Wait for 1 seconds
  G4 P1000

  RESTORE_GCODE_STATE NAME=attach_probe_state    # return to saved toolhead  position

[gcode_macro DOCK_PROBE]
  gcode:
      {% set F = 4000 %}
  SAVE_GCODE_STATE NAME=dock_probe_state

  G90
  G0 Z30
  G0 X70 Y96 F{F}

  NOZZLE_UTIL_ON
  # Wait for 1 seconds
  G4 P1000

  # dock
  G0 X35 Y96 F{F}
  # Wait for 1 seconds
  G4 P1000

  G0 X35 Y50 F{F}

  NOZZLE_UTIL_OFF
  # Wait for 1 seconds
  G4 P1000

  RESTORE_GCODE_STATE NAME=dock_probe_state    # return to saved toolhead  position

And if you want the bed mesh calibrate auto run attach/dock probe

[gcode_macro BED_MESH_CALIBRATE]
  rename_existing: _BED_MESH_CALIBRATE
  description: Perform Mesh Bed Leveling with klicky automount
  gcode:
      ATTACH_PROBE

  #_BED_MESH_CALIBRATE {% for p in params %}{'%s=%s ' % (p, params[p])}{% endfor %}
  _BED_MESH_CALIBRATE

  DOCK_PROBE</code></pre><p>&nbsp;</p>