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--- z_probe_configuration_tuning [2025/08/28 04:04] – dshoop
+++ z_probe_configuration_tuning [2025/09/14 01:52] (current) – dshoop
@@ Line 1: / Line 1: @@
+====== Z Probe Configuration Tuning ======
+{{tag>z_probe tuning setup}}
 The Neptune 4 Series of printers is equipped with a inductive sensor probe which can measure the
 position of the print head from the bed plate. Since it's and inductive probe it requires the metal
@@ Line 14: / Line 17: @@
 the actual distance through interpolation. However each addition probe reading takes time.
-Both the [[Klipper]] and Elegoo defaults allow for far more error tolerance than is respectable and it's
+Both the [[klipper]] and Elegoo defaults allow for far more error tolerance than is respectable and it's
 configuration can be configured to produce better results, faster and with more accuracy using fewer probe
 readings.
-We can improve probe accuracy by decreasing ''samples_tolerance'' which controls how much readings must agree.
+We can improve probe accuracy by decreasing ''samples_tolerance'' which controls how much readings must agree. Its Klipper default is 0.100mm meaning you’re accepting probe results that are off by hundreds of microns while the probe is precise to under 0.00250mm, so a value of closer to 0.00500mm is much more reasonable and produces more accurate readings, at the expense of them potentially not agreeing. Readings might not agree if the plate isn't thermally stable and expanding or contracting, for example.
-Its Klipper default is 0.100mm meaning you’re accepting probe results that are off by hundreds of microns
-while the probe is precise to under 0.00250mm, so a value of closer to 0.00500mm is much more reasonable
-and produces more accurate readings, at the expense of them potentially not agreeing. Readings might not
-agree if the plate isn't thermally stable and expanding or contracting, for example.
 By increasing ''samples_tolerance_retries'' we can retry when readings don't agree to produce the