Differences

This shows you the differences between two versions of the page.

--- understanding_the_gcode_z_offset [2025/09/20 16:48] – dshoop
+++ understanding_the_gcode_z_offset [2025/10/14 19:31] (current) – [Setting and calibrating the gcode z offset] dshoop
@@ Line 14: / Line 14: @@
 (wip)
-Generally speaking an otherwise uninfluenced extrusion from the nozzle will have a circular cross section. If an extruded line is placed next to another extruded line which each have a circular cross section they only tangentially connect. It will also only tangentially connect with the plate resulting in very poor adherence. A more rectangular cross section is desirable for maximal surface area connection. By adjusting the layer height very slightly we can control this shape and it will become more "stadium" shapped, (==), flat on the top and bottom and rounded on the sides.
+Generally speaking an otherwise uninfluenced extrusion from the nozzle will have a circular cross section. If an extruded line is placed next to another extruded line which each have a circular cross section they only tangentially connect. It will also only tangentially connect with the plate resulting in very poor adherence. A more rectangular cross section is desirable for maximal surface area connection. By adjusting the layer height very slightly we can control this shape and it will become more "stadium" shapped, flat on the top and bottom and rounded on the sides.
 If we don't have good surface area connection in the extrusion lines the print will also be very weak and fall part on the layers.
@@ Line 70: / Line 70: @@
 {{ :orca_slicer_filament_z-offset_setting.jpg?400 }}
-===== Setting and calibrating the gcode z offset =====
+===== Determining and calibrating the gcode z offset =====
 Follow the procedure described in [[how_should_i_set_the_z_offset_to_adjust_nozzle_height|How should I set the z offset]].