Tool-/Pen-/SD-, MicroSD-/USB-holder set [modular] - deskorganizer - boxes -- picatinny- easy-to-print version

This is a remix of my thing https://www.thingiverse.com/thing:2748173

The rail-system is slightly simplified and within this the boxes much easier to print.

the holes / guides / tunnels are designed for cable ties.

• for none needed holes = > i leave support

Printed with a Prusa Style 3DPrinter 

I am printing nearly everything sucessfully in high definition
(layer height 0,05mm-0,2mm) with these types of filament:

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Update:

added inlays for the x1 and x2 frontpart to organize:

usb-sticks
sd-cards in several formats
usb-adapters
other stuff

note: I still prefer to print the version with the complex rails - as its a nice benchmark for me \o/

I always print these parts with 8-10% infill.
The numerous walls contribute to the stability of parts.

Print settings:

Filament:

PETG:
diameter 1.75mm
extrusion mulktiplier: 1 (depends on your filament)
density:1.29g/cm³ (depends on your filament)
cost: x/kg

temperature (°C)
extruder first layer: 230 other layers: 240 (depends on your filament)
bed: first layer:85 other layers: 90 (depends on your filament)

Layers and Perimeters:

layer height 0.2

perimeters 2

horizontal shells: solid layers: top 3, bottom 3

ensure vertical shell thickness: enabled

detect bridging perimeters: enabled

Infill:

8% Infill

fill pattern: grid (now i use gyroid, especially for transparent petg)

top/bottom fill pattern: rectilinear

combine infill every 1 layers

only infill where needed: disabled
(causes the infill to not get parallel to the perimeter lines and within this to get rarely connected/melted to the perimeters. please let this deactivated)

solid infill every: "0" layers

fill angle: 45°

solid infill threshold area: 0 mm²

bridging angle: 0°

only retract when crossing perimeters: disabled

infill before perimeters: disabled (i think if the perimeters are printed first and have time to cool down, they are building a smoother object surface)

skirt and brim

loops: 1

distance from object: 2mm

skirt height: 2 layer

minimum extrusion length: 4mm

brim width:0mm

Support Material:

generate support material: enabled (its only for the rails)

overhang threshold: 45°

enforce support for the first: "0" layers

raft layer: "0" layer

options for support material and raft

contact z distance: "0.2" (detachable)

patter: rectilinear

support sheath around the support: disabled

pattern spacing: 2 mm

pattern angle: 0°

interface layers: "2" layers

interface pattern spacing: 0.2 mm

interface loops: disabled

support on build plate only: enabled (so the support will only get generated for the rails, the print of the cable-tie-tunnels works great with bridging)

xy separation between an object and its suport: 0.4 mm

don't support bridges: enabled

synchronize with object layers: disabled

speed:

perimeters 45mm/s

small perimeters: 25mm/s

external perimeters:35mm/s

infill: 170mm/s

solid infill: 170mm/s

top solid infill: 50mm/s

support material: 50mm/s

support material interface:100%

bridges: 30mm/s

gap fill: 40mm/s

speed for non-print moves
travel: 180mm/s

modifiers
first layer speed: 30mm/s

acceleration control

perimeters 800mm/s²

infill: 1500mm/s²

bridge: 1000mm/s²

first layer: 1000mm/s²

default: 1000mm/s²

autospeed:

max print speed: 170mm/s

max volumetric speed: 0 mm³/s

max volumetric slope positive: 0 mm³s/s²

max volumetric slope negative: 0 mm³s/s²

Advanced:

default extrusion width: 0.45mm

first layer: 0.6mm (the first layer is on the printbed and with good calibration and configs it gets perfectly smooth - I print it with a wide layer so that it goes a little faster)

perimeters: 0.45 mm

external perimeters: 0.45 mm

infill: 0.4 mm (with this setting, my infill layer lines are still very stable)

solid infill: 0.7 mm (This does not affect the upper layer and the plains fill up well and quickly)

top solid infill: 0.45 mm (my config for a smooth surface)

support material: 0.35 mm

overlap:

infill/perimeter overlap: 30% (so that infill and perimeter are well glued together)

bridge flow ratio: 0.95

other

clip multi-part objects: enabled

elefant foot compensation: 0mm

xy size compensation: 0mm

resolution 0mm