printSim/presets.yaml at main · dannyboy1996/printSim · GitHub

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# Default printer presets for printsim
default_printer:
  nozzle_diam: 0.4
  filament_diam: 1.75
  p_vel: 60
  p_acc: 1500
  jerk: 10
  vX: 300
  vY: 300
  vZ: 40
  vE: 60
  kinematics: cartesian
  firmware: klipper
  X: 110
  Y: 110
  Z: 125
  E: 0
  printer: default_printer
  # Full mechanical steps/mm (geometry only — no microstepping factor).
  # step_freq_hz = velocity_mm_s × steps_per_mm_x  (before microstepping).
  # Ender-3 style: 200-step motor, 20T GT2 pulley → 200/(20×2) = 5 steps/mm.
  steps_per_mm_x: 5.0
  steps_per_mm_y: 5.0
  steps_per_mm_z: 25.0   # T8 leadscrew 8 mm/rev → 200/8 = 25
  steps_per_mm_e: 5.8    # MK8 hob ~10.87 mm dia → 200/(π×10.87) ≈ 5.86

anycubic_kossel:
  nozzle_diam: 0.4
  filament_diam: 1.75
  p_vel: 60
  p_acc: 3000
  jerk: 5
  vX: 300
  vY: 300
  vZ: 300
  vE: 50
  kinematics: delta
  tower_radius: 102.5
  arm_length: 227.0
  firmware: klipper
  X: 0
  Y: 0
  Z: 50
  E: 0
  printer: anycubic_kossel
  steps_per_mm_x: 5.0    # tower motors: same GT2 belt geometry as Ender X/Y
  steps_per_mm_y: 5.0
  steps_per_mm_z: 5.0
  steps_per_mm_e: 5.8

voron_2.4_300:
  nozzle_diam: 0.4
  filament_diam: 1.75
  p_vel: 150
  p_acc: 5000
  jerk: 5
  vX: 500
  vY: 500
  vZ: 30
  vE: 50
  kinematics: corexy
  firmware: klipper
  X: 150
  Y: 300
  Z: 50
  E: 0
  printer: voron_2.4_300
  steps_per_mm_x: 6.25   # 200-step motor, 16T GT2 pulley → 200/(16×2) = 6.25
  steps_per_mm_y: 6.25
  steps_per_mm_z: 12.5   # 2:1 belt + T8 8mm/rev → 200/(8×0.5) = 50? varies
  steps_per_mm_e: 7.17   # Clockwork2/LGX: ~7 full steps/mm (motor geared)