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--- first_time_setup [2025/09/19 20:00] – ↷ Links adapted because of a move operation dshoop
+++ first_time_setup [2025/11/05 18:46] (current) – dshoop
@@ Line 1: / Line 1: @@
 ====== Setting Up Your Neptune 4 Printer For The First Time ======
+... or if you'd like to walk back through the process
 {{tag>articles}}
+Before anything familiarize yourself with these [[Resources]]
   - [[unbox_and_assemble_your_printer|Unbox and assemble your printer]]
@@ Line 15: / Line 17: @@
   - [[run_a_full_bed_mesh|Run a full bed mesh]]
   - [[inspect_bed_mesh|Inspect the bed mesh for gross warpage]]
+  - Assure the filament rolls freely from the spool, without causing too much tension on the extruder.
+  - Assure the cable to the print head and bed doesn't have excess slack and has free range of motion. Use the included zip ties to attach at key positions to route the head cable. Make sure the plate doesn't hit anything behind it or in front for its full range of motion. You may need to [[cant_move_head_or_plate_motors_on|stop motors]] to move the bed or head.
   - [[how_should_i_set_the_z_offset_to_adjust_nozzle_height|Adjust Nozzle Height - Z Offset]]
-    - paper method
+    - paper method (not recommended, guaranteed to be off but in ballpark)
     - baby step calibrated
-  * A word about [[PRINT_START macro]]
+  * A word about [[print_start_workflows|Print Start Workflows]]
+  * A word about [[print_start_macro]]
   * A word about [[silicone_spacers|silicon spacers]]
+Now it would be a good time to enable Orca's Direct Adaptive Bed Mesh Compensation. See [[run_bed_mesh]] for steps. Use these adaptive bed meshes generated at print time and just the size of the object for a fresh mesh.
@@ Line 26: / Line 35: @@
 Printing the presliced Buddha that Elegoo distributes is a good test as its known good gcode for the Neptune 4 that's been calibrated for Elegoo's PLA Filament.
+Use this test print in the future if you're having issues.
+== Why not the benchy? ==
+[[The Benchy]] isn't as more a stress test than a functionality test as it has several know highly problematic features.
 === Calibrate a profile for your filament ===
-If you're not using a filament with and already defined filament profile it's recommended you calibrate a profile for it as it will result in improvements over using any default profiles (which are more of a suggested basis to start from.)
+If you're not using a filament with and already defined filament profile it's recommended you calibrate a profile for it as it will result in improvements over using any default profiles (which are more of a suggested basis to start from.) Perform [[Orca Calibrations]] to build a [[filament profile]] for the specific filament you will be using. These filament profiles will vary between material (PLA, PETG, TPU, ASA, ABS, ...), type (standard, high speed, high temp, plus, "silk", matte, ...), brand and even color.
 Orca slicer offers excellent calibration tools for determining common filament parameters. These can and will vary between the filament you're using, even with respect sometimes to filament color.
@@ Line 40: / Line 55: @@
 Use your slicer to create a primitive object, a cube, and slice it with your test slicer settings and try to print it.
-=== Next Steps ===
+=== Further Steps ===
 Learn to use [[Orca Slicer]]
-Perform [[Orca Calibrations]] to build a [[filament profile]] for the specific filament you will be using. These filament profiles will vary between material (PLA, PETG, TPU, ASA, ABS, ...), type (standard, high speed, high temp, plus, "silk", matte, ...), brand and even color.
+==== Notes ====
+Do not tighten or adjust the lock nuts for the lead screw couplers to the gantry. They are set at the factory (lock nuts) and need to be loose. Adjusting lock nuts damages them.
-==== Should you update the "firmware" ====
+=== Should you update the "firmware" ===
 No. < [[should_update_firmware|Discussion]] >