abs-300µ-slic3r.ini

#
#   .dP"Y8 88     88  dP""b8 88888 88""Yb      dP""b8  dP"Yb  88b 88 888888 88  dP""b8
#   `Ybo." 88     88 dP   `"   .dP 88__dP     dP   `" dP   Yb 88Yb88 88__   88 dP   `"
#   o.`Y8b 88  .o 88 Yb      o `Yb 88"Yb      Yb      Yb   dP 88 Y88 88""   88 Yb  "88
#   8bodP' 88ood8 88  YboodP YbodP 88  Yb      YboodP  YbodP  88  Y8 88     88  YboodP
#

#
# Most common tuning options!
#

# Layer Height - Layer height in mm (default: 0.4)
layer_height = 0.3

# First Layer Height - Layer height for first layer (mm or %, default: 100%)
first_layer_height = 0.3

# Bottom Solid Layers (int)
bottom_solid_layers = 3

# Top Solid Layers (int)
top_solid_layers = 3

# Brim Width (mm) - Width of brim added to objects for adhesion (mm, default: 0)
brim_width = 4

# Raft Layers - Number of layers of raft material
raft_layers = 0

# Z Offset (mm) - Additional height to add to vertical coordinates
# If bottom layers are messy try 0.1 - 0.2
z_offset = 0


#
# Perimeters
#

# Perimeters (int) - Number of perimeters on outer walls
perimeters = 3

# Extra Perimeters (bool) - Add extra perimeters if needed (default: yes)
extra_perimeters = 1

# External Perimeters First - Print perimeters from outer to inner instead of the default inverse order
external_perimeters_first = 0

# Avoid Crossing Perimeters - Customize travel moves to avoid crossing perimeters
#                             This is mostly useful with Bowden extruders which suffer
#                             from oozing. This option slows down both printing and
#                             g-code generation. (Default: no)
#
avoid_crossing_perimeters = 0


#  d888888b d8b   db d88888b d888888b db      db
#    `88'   888o  88 88'       `88'   88      88
#     88    88V8o 88 88ooo      88    88      88
#     88    88 V8o88 88~~~      88    88      88
#    .88.   88  V888 88        .88.   88booo. 88booo.
#  Y888888P VP   V8P YP      Y888888P Y88888P Y88888P
#
#
# Infill Options
#

# Fill Density - Infill density (range: 0-1, default: 0.4)
#
# Notes: 0.25 is fine for Mendel parts. 0.5 for more robust PLA, 0.8 for rock-hard PLA
#
fill_density = 0.25

# Fill Pattern - rectilinear, concentric, honeycomb, (line, hilbertcurve, archimedeanchords, octagramspiral)
fill_pattern = honeycomb

# Fill Angle is (almost) always 45 degrees
fill_angle = 45

# Infill Every X Layers
infill_every_layers = 1

# Infill First - Infill before perimeters (Default: no)
infill_first = 0

# Infill Only Where Needed - Infill only where needed to hold up ceilings (Default: no)
#                            Infill won't be added to support perimeters
#                            This should be the method of choice for hollow objects with 0% infill
infill_only_where_needed = 0

#
# Solid Infills
#

# Solid Fill Pattern - Top/Bottom infill - rectilinear, concentric, (hilbertcurve, archimedeanchords, octagramspiral)
solid_fill_pattern = rectilinear

# Solid Infill Below Area (mm3) - (1cm cube with 3 perimeters: 40, with 1 perimeter 70)
solid_infill_below_area = 40

# Solid Infill Every Layers
solid_infill_every_layers = 0


#  888888 888888 8b    d8 88""Yb 888888 88""Yb    db    888888 88   88 88""Yb 888888
#    88   88__   88b  d88 88__dP 88__   88__dP   dPYb     88   88   88 88__dP 88__
#    88   88""   88YbdP88 88"""  88""   88"Yb   dP__Yb    88   Y8   8P 88"Yb  88""
#    88   888888 88 YY 88 88     888888 88  Yb dP""""Yb   88   `YbodP' 88  Yb 888888
#
# Temperature Options
#
# PLA is easiest to use. PLA softens at 60-65 and melts at 175. Heating and adhesion
# are most important with wider objects that might warp. But generally PLA keeps its
# shape well and presents fewer frustrations.
#
# PLA can be printed onto a cold surface. Blue tape works well, and cardstock is also
# suggested. Glass works as long as the first layer can be made to stick. Don't print
# PLA on acrylic; it bonds too strongly. It's good to keep the fan blowing over PLA
# to cool it as it extrudes and to get decent bridging.
#
# ABS is a more rigid material and produces higher stresses as it cools and changes
# shape. So it needs much more care in surface preparation, infill, temperature, and
# even shape to print successfully. Advice on how best to print with ABS varies widely.
# The GTT of ABS is 105 and it melts at 221. Typical temperatures for printing ABS
# range from 200 - 240.
#
# For the ABS surface, unheated acrylic adheres well without any treatment. For
# glass beds sandblasting plus a mixture of acetone and ABS is said to produce ideal
# adherence. For smooth glass beds a layer of PET or Kapton at 70 - 110 is said to work
# well, especially with ABS juice. Acrylic floor wax is said to work too. Blue painters
# tape can work as a cheap alternative to Kapton or PET tape. With ABS juice it should
# do very well.
#
# When using a cooling fan with ABS it should be limited to the cold end. One general
# key is to try and keep the whole piece near the glass transition temperature for as
# long as possible, and this keeps the part from contracting unevenly. Sharp corners
# are the most likely to warp, so for these add a 5mm or larger brim to round out the
# bottom.
#

# Temperature - Temperature of the extruder hot-end (PLA >182, ABS >230)
temperature = 220

# Bed Temperature - Temperature of the heated bed (PLA 60, ABS 110)
bed_temperature = 90

# First Layer Temperature - Temperature for just the first layer (PLA >190, ABS 240)
first_layer_temperature = 230

# First Layer Bed Temperature - Bed temperature for the first layer
first_layer_bed_temperature = 100


#  .d8888. d8888b. d88888b d88888b d8888b.
#  88'  YP 88  `8D 88'     88'     88  `8D
#  `8bo.   88oodD' 88ooooo 88ooooo 88   88
#    `Y8b. 88~~~   88~~~~~ 88~~~~~ 88   88
#  db   8D 88      88.     88.     88  .8D
#  `8888Y' 88      Y88888P Y88888P Y8888D'
#
# Speed Options - Set the general ratios here and the printer can accelerate them
#                 if it has an LCD panel with Feed Rate (FR) control set on the knob.
#                 or if it receives a command to accelerate them
#

# Min Print Speed - Minimum print speed (mm/s, default: 10)
min_print_speed = 10

# Travel Speed (mm/s) - Speed of non-print moves (default: 130)
travel_speed = 130

# First Layer Speed - Speed of print moves for bottom layer, expressed
#						either as an absolute value or as a percentage
#						over normal speeds (default: 30%)
first_layer_speed = 30%

# Perimeter Speed - Speed of print moves for perimeters in mm/s (default: 30)
perimeter_speed = 20

# External Perimeter Speed (mm/s or %) - Speed for external perimeters. (default: 100%)
external_perimeter_speed = 90%

# Small Perimeter Speed - Speed for small perimeters, under 6.5mm (default: 30)
small_perimeter_speed = 20

# Gap Fill Speed - Zigzag small gap fill (default: 20)
gap_fill_speed = 10

# Bridge Speed (mm/s) - Speed of bridge print moves in mm/s (default: 60)
bridge_speed = 45

# Infill Speed (mm/s) - Speed. (default: 60)
infill_speed = 45

# Solid Infill Speed (mm/s or %) - Speed for solid surfaces (default: 60)
solid_infill_speed = 45

# Top Solid Infill Speed (mm/s or %) - Speed for top surfaces (default: 50)
top_solid_infill_speed = 38

#
# Uncomment for Defaults:
#
# min_print_speed = 10
# travel_speed = 130
# first_layer_speed = 30%
# perimeter_speed = 30
# external_perimeter_speed = 100%
# small_perimeter_speed = 30
# gap_fill_speed = 20
# bridge_speed = 60
# infill_speed = 60
# solid_infill_speed = 60
# top_solid_infill_speed = 50


#     ,d8888b d8b
#     88P'    88P
#  d888888P  d88
#    ?88'    888   d8888b  ?88   d8P  d8P
#    88P     ?88  d8P' ?88 d88  d8P' d8P'
#   d88       88b 88b  d88 ?8b ,88b ,88'
#  d88'        88b`?8888P' `?888P'888P'
#
# Flow Tuning - Eliminate blobs and threads
#
# Notes: With a 0.5mm nozzle layer height should be 0.4 or lower. Thicker
#        layer heights may try to push filament more quickly than it can
#        be expelled, resulting in ooze.
#
#        The aim is to get infill lines to nearly touch at their edges with
#        a fill density of 1, leaving a clear pattern. Slic3r generates paths
#        assuming this kind of flow dynamic. If flow is too high the surface
#        will end up blurry with some extra material here and there. If flow
#        is too low there will be pores and threads. The internal Flow Ratio
#        can be tuned during a print with M221 S<percent>.
#
#        Temperature can also affect how material is deposited. During calibration
#        find a temperature where flow and adhesion are good, then focus on flow.
#
#        Some users recommend tuning nozzle diameter to match the "die swell"
#        which is a lower value, since this reflects the minimum bottleneck.
#        Others recommend working with the Width/Thickness (W/T) ratio, fixing
#        W at some value, then tuning T (layer height) until the flow is right.
#
#        The best approach to calibration is to set your known values, then start
#        with extrusion_multiplier = 1. Print a single wall object and see how close
#        it comes to 0.8mm. Put the ratio between what you got and what you want
#        then print again and keep adjusting. Flow settings that work for one layer
#        height should work for others, but keep experimenting as you go.
#

# Nozzle Diameter (mm) - Physical nozzle size (or die swell?)
nozzle_diameter = 0.5

# Extrusion Width - Leave 0 to calculate from Nozzle Diameter
extrusion_width = 0

# Filament Diameter (mm) - Physical size, an average measure by a micrometer
filament_diameter = 2.95

# Extrusion Multiplier - A final multiplier to use if the other numbers still miss the target
# Notes: Set to 1.0 for extrusion tuning. It's been happy lately with 0.87 to 0.91
extrusion_multiplier = 1

# Bridge Flow Ratio - Multiplier for extrusion when bridging (> 0, default: 1)
# Notes: Set to 1.0 for extrusion tuning. It's been happy lately with 0.847
bridge_flow_ratio = 0.85

#
# Flow Options (advanced)
#

# First Layer Extrusion Width - Set a different extrusion width for the first layer
#
# Default is 200% with a default first_layer_height of 0.35 (or 0.5 ?)
#
# Notes: The final flow result is clamped to something reasonable
#
first_layer_extrusion_width = 150%

# Perimeter Extrusion Width
perimeter_extrusion_width = 0

# Infill Extrusion Width
infill_extrusion_width = 0

# Top Infill Extrusion Width
top_infill_extrusion_width = 0

# Support Material Extrusion Width
support_material_extrusion_width = 80%


#  d8888b. d8888b. d888888b d8b   db d888888b d88888b d8888b.
#  88  `8D 88  `8D   `88'   888o  88 `~~88~~' 88'     88  `8D
#  88oodD' 88oobY'    88    88V8o 88    88    88ooooo 88oobY'
#  88~~~   88`8b      88    88 V8o88    88    88~~~~~ 88`8b
#  88      88 `88.   .88.   88  V888    88    88.     88 `88.
#  88      88   YD Y888888P VP   V8P    YP    Y88888P 88   YD
#
# Printer Options
#

# Print Center (mm) - Coordinates around which to center the print
print_center = 97,97

# GCode Flavor - reprap/teacup/makerbot/sailfish/mach3/no-extrusion
gcode_flavor = reprap

# Use Relative E Distances (bool) - Enable this to get Relative E Values
use_relative_e_distances = 

# GCode Arcs (bool) - Use G2/G3 commands for native arcs (experimental)
gcode_arcs = 0

# G0 (bool) - Use G0 commands for retraction (experimental)
g0 = 0

# GCode Comments - Make generated GCode verbose by adding comments
gcode_comments = 0

# Vibration Limit (Hz) - Limit the frequency of X-Y moves
vibration_limit = 0

# Extrusion Axis - Which axis is the extruder?
extrusion_axis = E

# Notes - appear in the Slic3r UI.
notes = Vola Prusa i3 Configuration

# Default filename when slicing to a file, if no other is given
output_filename_format = [input_filename_base].g

# Post Process - Generated G-code will be processed with the supplied script;
#					Call more than once to process through multiple scripts.
post_process = 

# Randomize Start - Randomize starting point across layers (default: yes)
randomize_start = 1




#  88""Yb 888888 888888 88""Yb    db     dP""b8 888888 88  dP"Yb  88b 88
#  88__dP 88__     88   88__dP   dPYb   dP   `"   88   88 dP   Yb 88Yb88
#  88"Yb  88""     88   88"Yb   dP__Yb  Yb        88   88 Yb   dP 88 Y88
#  88  Yb 888888   88   88  Yb dP""""Yb  YboodP   88   88  YbodP  88  Y8
#
# Retraction Options
#

# Retract Before Travel - Retract whenever traveling
retract_before_travel = 1

# Only Retract When Crossing Perimeters - Retract when traveling across perimeters
only_retract_when_crossing_perimeters = 0

# Retract Layer Change - Enforce a retraction whenever a Z move is done
retract_layer_change = 0

retract_length = 0
retract_speed = 10
retract_lift = 0.2

retract_length_toolchange = 10
retract_restart_extra = 0
retract_restart_extra_toolchange = 0


#
# Skirt Options
#

# Skirts (int) - Number of skirts to draw
skirts = 1

# Skirt Distance (mm) - Distance to first skirt
skirt_distance = 10

# Skirt Height (layers) - Height of all skirts
skirt_height = 1

# Min Skirt Length (mm) - Create enough skirts to use up a length of filament
min_skirt_length = 0


#  d888888b d8888b.  .d8b.  d8b   db .d8888. d88888b  .d88b.  d8888b. .88b  d88.
#  `~~88~~' 88  `8D d8' `8b 888o  88 88'  YP 88'     .8P  Y8. 88  `8D 88'YbdP`88
#     88    88oobY' 88ooo88 88V8o 88 `8bo.   88ooo   88    88 88oobY' 88  88  88
#     88    88`8b   88~~~88 88 V8o88   `Y8b. 88~~~   88    88 88`8b   88  88  88
#     88    88 `88. 88   88 88  V888 db   8D 88      `8b  d8' 88 `88. 88  88  88
#     YP    88   YD YP   YP VP   V8P `8888Y' YP       `Y88P'  88   YD YP  YP  YP
#
# Transform Options
#

# Scale (ratio) - Factor for scaling the input object
scale = 1

# Rotate (degrees) - Rotation angle 0-360
rotate = 0


#  d8888b. db    db d8888b. db      d888888b  .o88b.  .d8b.  d888888b d88888b
#  88  `8D 88    88 88  `8D 88        `88'   d8P  Y8 d8' `8b `~~88~~' 88'
#  88   88 88    88 88oodD' 88         88    8P      88ooo88    88    88ooooo
#  88   88 88    88 88~~~   88         88    8b      88~~~88    88    88~~~~~
#  88  .8D 88b  d88 88      88booo.   .88.   Y8b  d8 88   88    88    88.
#  Y8888D' ~Y8888P' 88      Y88888P Y888888P  `Y88P' YP   YP    YP    Y88888P
#
# Duplicate Options
#

# Resolution - Minimum detail resolution, used to simplify the input file
#              for speeding up the slicing job. Set to 0 to disable optimization.
resolution = 0

# Duplicate (int) - Number of duplicates to make, auto-arranged (default: 1)
duplicate = 1

# Duplicate Distance (mm) - Distance between copies (default: 6)
duplicate_distance = 6

# Duplicate Grid (int) - Number of items with grid arrangement, (default: 1,1)
duplicate_grid = 1,1

# Bed Size (mm) - Bed size used for auto-arrange (default: 200,200)
bed_size = 195,193


#
#   d888b          .o88b.  .d88b.  d8888b. d88888b
#  88' Y8b        d8P  Y8 .8P  Y8. 88  `8D 88'
#  88             8P      88    88 88   88 88ooooo
#  88  ooo C8888D 8b      88    88 88   88 88~~~~~
#  88. ~8~        Y8b  d8 `8b  d8' 88  .8D 88.
#   Y888P          `Y88P'  `Y88P'  Y8888D' Y88888P
#
# Start GCode - Runs after bed starts heating. For example:
#
# M80 ; turn on power
# G28 ; home axes
# M0 ; wait for user
# M109 ; wait for extruder => Slic3r 0.9.9 doesn't set nozzle temp at the top any more
# G92 Z0 ; reset z
# G0 F150 Z0.2 ; move Z up a little
# G0 F9000 X60 Y10 ; fast to 60,10
# G92 E0 ; set extruder to 0
# G1 F500 X80 Y10 E0.87 ; slow extrude 3.48mm over 80mm
# G1 X80 Y30 E1.74
# G1 X60 Y30 E2.61
# G1 X60 Y10 E3.48
# G1 Z5 F5000 ; lift nozzle
# G0 F9000 X0 Y0 ; back to home
#
start_gcode = G28 ; home axes\nM0 ; wait for user\nG92 Z0 ; reset z

# Layer GCode - Runs before each layer (Ex: Pause 2 sec = G4 P2000)
layer_gcode = 

# End GCode - Runs after the print
end_gcode = M104 S0 ; hotend off\nM140 S0 ; bed off\nG0 X0 Y193 ; voila!\nM84 ; motors off\nM300 S0 P1 ; play a song\nM300 S698 P300\nM300 S0 P50\nM300 S523 P50\nM300 S0 P25\nM300 S494 P50\nM300 S0 P25\nM300 S523 P100\nM300 S0 P50\nM300 S554 P300\nM300 S0 P100\nM300 S523 P300\nM300 S0 P400\nM300 S659 P300\nM300 S0 P100\nM300 S698 P300


#
# Acceleration Options
#

default_acceleration = 0
infill_acceleration = 0
perimeter_acceleration = 0
bridge_acceleration = 0


#
# .dP"Y8 88   88 88""Yb 88""Yb  dP"Yb  88""Yb 888888     8b    d8    db    888888 888888 88""Yb 88    db    88     
# `Ybo." 88   88 88__dP 88__dP dP   Yb 88__dP   88       88b  d88   dPYb     88   88__   88__dP 88   dPYb   88     
# o.`Y8b Y8   8P 88"""  88"""  Yb   dP 88"Yb    88       88YbdP88  dP__Yb    88   88""   88"Yb  88  dP__Yb  88  .o 
# 8bodP' `YbodP' 88     88      YbodP  88  Yb   88       88 YY 88 dP""""Yb   88   888888 88  Yb 88 dP""""Yb 88ood8 
#

# Support Material
support_material = 0

# Support Material Speed
support_material_speed = 45

# Support Material Angle
support_material_angle = 45

# Support Material Pattern - Fill pattern for support material and raft
#                            rectilinear, honeycomb, concentric, rectilinear-grid
support_material_pattern = rectilinear-grid

# Support Material Spacing
support_material_spacing = 5

# Support Material Threshold
support_material_threshold = 0

# Support Material Enforce Layers - Enforce support material for N layers
support_material_enforce_layers = 0

# Support Material Interface Layers
support_material_interface_layers = 0

# Support Material Interface Spacing
support_material_interface_spacing = 0


#
# Sequential printing options
#

# Complete Objects (bool) - Complete each object before starting the next
complete_objects = 0

# Extruder Clearance Radius (mm) - Radius outside of which extruder won't collide
extruder_clearance_radius = 20

# Extruder Clearance Height (mm) - Max depth. i.e., distance from carriage to tip
extruder_clearance_height = 20


#   .d8888b.                    888 d8b
#  d88P  Y88b                   888 Y8P
#  888    888                   888
#  888         .d88b.   .d88b.  888 888 88888b.   .d88b.
#  888        d88""88b d88""88b 888 888 888 "88b d88P"88b
#  888    888 888  888 888  888 888 888 888  888 888  888
#  Y88b  d88P Y88..88P Y88..88P 888 888 888  888 Y88b 888
#   "Y8888P"   "Y88P"   "Y88P"  888 888 888  888  "Y88888
#                                                     888
# Cooling Options                                Y8b d88P
#                                                 "Y88P"

# Cooling - Enable fan and cooling control
cooling = 1

# Fan Always On - Keep fan always on at min fan speed, even for layers that don't need cooling
fan_always_on = 1

# Disable Fan First Layers - Disable fan for the first N layers (default: 1)
disable_fan_first_layers = 0

# Minimum fan speed (default: 35%)
min_fan_speed = 50

# Maximum fan speed (default: 100%)
max_fan_speed = 100

# Bridge Fan Speed - Fan speed to use when bridging (default: 100%)
bridge_fan_speed = 80

# Fan Below Layer Time - Enable fan if layer time is below this approximate # of secs (default: 60)
fan_below_layer_time = 30

# Slowdown Below Layer Time - Slow down if layer time is below this approximate # of secs (default: 30)
slowdown_below_layer_time = 20


#
# Multiple Extruder Options
#

# Extruder Offset
extruder_offset = 0x0

# Infill Extruder - Extruder to use for infill (1+, default: 1)
infill_extruder = 1

# Perimeter Extruder
perimeter_extruder = 1

# Support Material Extruder
support_material_extruder = 1

# Toolchange GCode
toolchange_gcode = 


#
# Misc
#
threads = 2