Cura TempTower
Description
A 100% Ultimaker Cura TempTower Nothing really new, but you have a complete et of tool to make your own temptower with just TwoScript in Cura. No need to use a CAD software, 10 differents scripts or to modifiy manualy your Gcode CAD model done by using the OpenSCAD integration PlugIn with the script : TempTower.scad, You can customize or create your own model The Gcode creation is done with the post-processing script: TempFanTower.py Just one script to set the different temperatures Current model designed to be used with a 0.4 Nozzle & Layer height 0.16 Settings for the TempTower script : - Starting Temperature : 220 - Temperature Increment: -5 - Layer changement : 48 - Offset Layer : 4 TempTower.gcode : Machine Ender 3 0.4 Nozzle & Layer height 0.16 for PLA 220-180°C ;=============================================================== ; Documentation ;=============================================================== ; Profile ( Version Cura 4.6.1 ) : empty ; Quality : Dynamic Quality ; Material : PLA ; Diameter : 1.74 mm ; Nozzle Diameter : 0.40 mm ;-----------------------------------Quality------------------------------------ ; Layer Height : 0.16 mm ; Initial Layer Height : 0.20 mm ; Line Width : 0.40 mm ; Outer Wall Line Width : 0.40 mm ; Inner Wall(s) Line Width : 0.40 mm ; Initial Layer Line Width : 100 % ;------------------------------------Shell------------------------------------- ; Wall Thickness : 1.20 mm ; Wall Line Count : 2 ; Outer Wall Wipe Distance : 0 mm ; Top Layers : 6 ; Bottom Layers : 6 ; Top/Bottom Pattern : lines ; Outer Before Inner Walls : [False] ; Compensate Wall Overlaps : [True] ; Fill Gaps Between Walls : nowhere ; Print Thin Walls : [False] ; Horizontal Expansion : 0 mm ; Initial Layer Horizontal Expansion : 0 mm ; Hole Horizontal Expansion : 0 mm ; Z Seam Alignment : back ; Seam Corner Preference : z_seam_corner_weighted ; Enable Ironing : [False] ;------------------------------------Infill------------------------------------ ; Infill Density : 20 % ; Infill Pattern : cubic ; Infill Overlap Percentage : 30 % ; Gradual Infill Steps : 0 ;-----------------------------------Material----------------------------------- ; Flow : 100 % ; Initial Layer Flow : 100 % ; Support Flow : 100 % ; Printing Temperature : 205 °C ; Printing Temperature Initial Layer : 205 °C ; Build Plate Temperature : 60 °C ; Build Plate Temperature Initial Layer : 60 °C ;------------------------------------Speed------------------------------------- ; Print Speed : 50 mm/s ; Infill Speed : 50 mm/s ; Wall Speed : 25 mm/s ; Outer Wall Speed : 25 mm/s ; Inner Wall Speed : 25 mm/s ; Top/Bottom Speed : 25 mm/s ; Support Speed : 25 mm/s ; Initial Layer Speed : 18 mm/s ; Skirt/Brim Speed : 18 mm/s ; Number of Slower Layers : 2 ; Enable Acceleration Control : [False] ; Print Acceleration : 500 mm/s² ; Travel Acceleration : 500 mm/s² ; Enable Jerk Control : [False] ; Print Jerk : 8 mm/s ;------------------------------------Travel------------------------------------ ; Enable Retraction : [True] ; Retract at Layer Change : [False] ; Retraction Distance : 6.50 mm ; Retraction Speed : 50 mm/s ; Retraction Extra Prime Amount : 0 mm³ ; Combing Mode : noskin ; Retract Before Outer Wall : [True] ; Avoid Printed Parts When Traveling : [True] ; Avoid Supports When Traveling : [True] ; Travel Avoid Distance : 0.62 mm ; Z Hop When Retracted : [False] ; Z Hop Height : 0.20 mm ;-----------------------------------Cooling------------------------------------ ; Enable Print Cooling : [True] ; Fan Speed : 100 % ; Initial Fan Speed : 0 % ; Regular Fan Speed at Layer : 4 ; Minimum Layer Time : 10 s ; Minimum Speed : 10 mm/s ; Lift Head : [False] ;-----------------------------------Support------------------------------------ ; Generate Support : [False] ; Support Placement : everywhere ; Support Overhang Angle : 51 ° ; Support Pattern : zigzag ; Connect Support ZigZags : [True] ; Support Density : 20 % ; Support Z Distance : 0.16 mm ; Support X/Y Distance : 0.80 mm ; Support Distance Priority : xy_overrides_z ; Enable Support Interface : [True] ; Enable Support Roof : [True] ; Support Interface Thickness : 0.96 mm ; Support Roof Thickness : 0.96 mm ; Support Interface Resolution : 0.20 mm ; Support Interface Density : 33.33 % ; Support Interface Pattern : grid ;-----------------------------Build Plate Adhesion----------------------------- ; Build Plate Adhesion Type : skirt ; Brim Width : 8 mm ;----------------------------------Mesh Fixes---------------------------------- ; Union Overlapping Volumes : [True] ; Remove All Holes : [False] ; Maximum Resolution : 0.05 mm ; Maximum Travel Resolution : 0.05 mm ; Maximum Deviation : 0.03 mm ;--------------------------------Special Modes--------------------------------- ; Print Sequence : all_at_once ; Spiralize Outer Contour : [False] ;---------------------------------Experimental--------------------------------- ; Tree Support : [False] ; Tree Support Branch Angle : 40 ° ; Tree Support Branch Distance : 1 mm ; Tree Support Branch Diameter : 2 mm ; Tree Support Branch Diameter Angle : 5 ° ; Enable Coasting : [False] ; Coasting Volume : 0.06 mm³ ; Coasting Speed : 90 % ; Use Adaptive Layers : [true] ; Adaptive Layers Maximum Variation : 0.04 mm ; Adaptive Layers Variation Step Size : 0.04 mm ; Enable Bridge Settings : [False] ;===============================================================
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