Steps per MM Calculator
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xy_steps_per_mm = (motor_steps_per_rev ∗ driver_microstep) / (belt_pitch_mm ∗ pulley_number_of_teeth)
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motor_steps_per_rev400
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driver_microstep32
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belt_pitch_mm2257
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pulley_tooth_count20147
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XY_steps_per_mm320.0100
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mm_travel_per_step0.00312500110
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mm_travel_per_rev1.25000000880
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Z_steps_per_mm = (motor_steps_per_rev * driver_microstep) / thread_pitch
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motor_steps_per_rev400
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driver_microstep32
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thread_pitch8
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Z_steps_per_mm1600.0
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mm_travel_per_step0.00062500
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e_steps_per_mm = (motor_steps_per_rev * driver_microstep) * (big_gear_teeth / small_gear_teeth) / (hob_effective_diameter * pi)
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motor_steps_per_rev200
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driver_microstep32
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big_gear_teeth27
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small_gear_teeth9
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hob_effective_diameter7.3Titan=7.3Knockoff Titan=6.8
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e_steps_per_mm838
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mm_travel_per_step0.00119385
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mm_travel_per_rev0.23877083
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old_e_steps * (100 / (110 - distance_to_mark))
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M83; to set relative extrusion
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Make a mark on filament 110mm from the top of extruder
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G1 E100 F100; extrude 100mm at slow speed
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Measure distance from top of extruder to mark. If it went below, estimate how many mm it went down, and enter a negative number
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Old E Steps93
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Distance to Mark10.2
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New E Steps93.2
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