Differences

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--- why_does_the_z_offset_drift_or_vary [2025/09/08 12:42] – ↷ Page moved from blog:2025-09-07:why_does_the_z_offset_drift_or_vary to why_does_the_z_offset_drift_or_vary sysmgr
+++ why_does_the_z_offset_drift_or_vary [2025/09/14 01:51] (current) – dshoop
@@ Line 1: / Line 1: @@
 ====== Why does the Z Offset Drift,  Vary or is Lost? ======
-{{tag>faq}}
+{{tag>faq z_offset}}
 =====Answer:=====
@@ Line 6: / Line 6: @@
 ==== Should it be saved?  ====
-The value for the gcode z offset that fine adjusts layer height to properly shape the filament cross section is not saved in [[printer.cfg]]. The Elegoo ancillary [[Screen]] has workflows that attempt to save it to a file yet this is not a standard Klipper practice and using other printer controls results in indeterministic results.
+The value for the gcode z offset that fine adjusts layer height to properly shape the filament cross section is not saved in [[blog:2025-09-07:printer.cfg]]. The Elegoo ancillary [[blog:2025-09-07:screen]] has workflows that attempt to save it to a file yet this is not a standard Klipper practice and using other printer controls results in indeterministic results.
 ==== Does it drift or vary between prints? ====
@@ Line 12: / Line 12: @@
 Well, it doesn't, yet things that it's based off of do.
-The default probe tolerance for its readings using either the [[Klipper]] or [[Elegoo]] defaults allows for inaccuracies of 100 [[microns]], which while often a variation of 30 microns is enough to throw off the filament squish. [[Tuning the Z Probe Configuration]] and improve this issue and is a best practice.
+The default probe tolerance for its readings using either the [[blog:2025-09-07:klipper]] or [[blog:2025-09-07:elegoo]] defaults allows for inaccuracies of 100 [[blog:2025-09-07:microns]], which while often a variation of 30 microns is enough to throw off the filament squish. [[blog:2025-09-07:tuning_the_z_probe_configuration]] and improve this issue and is a best practice.
-The z steppers using Elegoo's defaults allow for interpolation and introduce inaccuracies in the movement of the Z axis causing drift. This can be remedied by [[tuning the z_steppers]].
+The z steppers using Elegoo's defaults allow for interpolation and introduce inaccuracies in the movement of the Z axis causing drift. This can be remedied by [[blog:2025-09-07:tuning_the_z_steppers]].