Corellian Corvette 3D Printing Model | Assembly

(18)
cm: 29.2 w x 92.6 d x 29.8 h
in: 11.496 w x 36.457 d x 11.732 h

Source Files

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Description

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Printing Details

This 3D Model of Blockade Runner consists of files in StereoLithography (.Stl) format that is optimized for 3D printing.

Before printing the files, we strongly recommend reading the PRINTING DETAILS section.

WHAT WILL YOU GET AFTER PURCHASE?

- 2 versions of CR90 corvette STL files for FFF/FDM and DLP/SLA/SLS - files for both versions are available for download after the purchase

- STL files of high-poly Corellian Corvette 3D Model for 3D printing consist of 143 parts
- Sizes:
FFF/FDM: 298 mm tall, 292 mm wide, 926 mm deep
​DLP/SLA/SLS: 149 mm tall, 146 mm wide, 463 mm deep

Assembly Manual for FFF/FDM 1.0 and DLP/SLA/SLS 1.0 versions in PDF format
- Detailed settings that we provide as a recommendation for Cura, Simplify3D and Slic3r for the best print
- Full technical support from the Gambody Support Team

Detailed information about this 3D printing model is available in the DESCRIPTION section.

File Name File Size Time / Filament Object Size
(x/y/z mm)
_1_head_FDM (repaired).st l
52.36 MiB 41 h 40 min 27 m 93 x 95 x 127 Download
_2_head_cap_R_FDM (repair ed).stl
1.58 MiB 1 h 31 min 1 m 44 x 41 x 10 Download
_3_head_cap_L_FDM (repair ed).stl
1.59 MiB 1 h 31 min 1 m 44 x 41 x 10 Download
_4_head_window_FDM (repai red).stl
0.01 MiB 14 min <1 m 50 x 10 x 2 Download
_5_body_beam_x28_FDM (rep aired).stl
0.00 MiB 11 min <1 m 35 x 6 x 6 Download
_6_body_neck_FDM (repaire d).stl
20.06 MiB 32 h 40 min 19 m 70 x 94 x 126 Download
_7_body_1_top_FDM (repair ed).stl
10.82 MiB 31 h 47 min 18 m 56 x 191 x 56 Download
_8_body_1_bot_FDM (repair ed).stl
5.76 MiB 30 h 17 min 17 m 54 x 191 x 57 Download
_9_body_side_R_FDM (repai red).stl
8.65 MiB 24 h 29 min 12 m 191 x 53 x 48 Download
_10_body_side_L_FDM (repa ired).stl
8.67 MiB 24 h 35 min 12 m 191 x 53 x 48 Download
_11_body_2_FDM (repaired) .stl
38.57 MiB 59 h 19 min 31 m 137 x 108 x 147 Download
_12_body_3_FDM (repaired) .stl
86.47 MiB 97 h 5 min 58 m 156 x 143 x 156 Download
_13_body_4_R_FDM (repaire d).stl
19.16 MiB 134 h 13 min 81 m 135 x 177 x 133 Download
_14_body_4_L_FDM (repaire d).stl
19.21 MiB 132 h 54 min 82 m 135 x 177 x 133 Download
_15_neck_pipe_top_FDM (re paired).stl
2.51 MiB 6 h 7 min 4 m 51 x 51 x 56 Download
_16_neck_pipe_bot_FDM (re paired).stl
2.51 MiB 6 h 7 min 4 m 51 x 51 x 56 Download
_17_side_barrel_x8_FDM (r epaired).stl
1.64 MiB 31 min <1 m 21 x 21 x 23 Download
_18_body_big_cap_R_FDM (r epaired).stl
8.26 MiB 6 h 1 min 4 m 74 x 74 x 20 Download
_19_body_big_cap_L_FDM (r epaired).stl
8.25 MiB 5 h 59 min 4 m 74 x 74 x 20 Download
_20_speaker_FDM (repaired ).stl
3.32 MiB 3 h 16 min 2 m 42 x 42 x 44 Download
_21_body_cap_center_FDM ( repaired).stl
1.68 MiB 1 h 32 min 1 m 22 x 57 x 18 Download
_22_platform_back_FDM (re paired).stl
4.72 MiB 48 h 10 min 26 m 146 x 189 x 166 Download
_23_platform_front_FDM (r epaired).stl
4.44 MiB 47 h 14 min 25 m 146 x 189 x 153 Download
_24_turbine_block_top_1_L _FDM (repaired).stl
10.03 MiB 20 h 37 min 12 m 69 x 51 x 109 Download
_25_turbine_block_top_2_L _FDM (repaired).stl
9.52 MiB 19 h 21 min 11 m 67 x 51 x 109 Download
_26_turbine_block_top_1_R _FDM (repaired).stl
10.03 MiB 20 h 54 min 12 m 69 x 51 x 109 Download
_27_turbine_block_top_2_R _FDM (repaired).stl
9.52 MiB 19 h 22 min 11 m 67 x 51 x 109 Download
_28_turbine_block_mid_1_L _FDM (repaired).stl
6.00 MiB 17 h 50 min 10 m 69 x 40 x 109 Download
_29_turbine_block_mid_2_F DM (repaired).stl
5.55 MiB 16 h 33 min 9 m 67 x 40 x 109 Download
_30_turbine_block_mid_1_R _FDM (repaired).stl
6.00 MiB 17 h 31 min 10 m 69 x 40 x 109 Download
_31_turbine_block_bot_1_L _FDM (repaired).stl
10.04 MiB 20 h 39 min 12 m 69 x 51 x 109 Download
_32_turbine_block_bot_2_L _FDM (repaired).stl
9.53 MiB 19 h 7 min 11 m 67 x 51 x 109 Download
_33_turbine_block_bot_1_R _FDM (repaired).stl
10.03 MiB 20 h 28 min 12 m 69 x 51 x 109 Download
_34_turbine_block_bot_2_R _FDM (repaired).stl
9.54 MiB 19 h 8 min 11 m 67 x 51 x 109 Download
_35_turbine_top_1_L_FDM ( repaired).stl
3.15 MiB 19 h 33 min 13 m 57 x 57 x 128 Download
_36_turbine_top_2_L_FDM ( repaired).stl
3.15 MiB 19 h 33 min 13 m 57 x 57 x 128 Download
_37_turbine_top_1_R_FDM ( repaired).stl
3.15 MiB 19 h 26 min 13 m 57 x 57 x 128 Download
_38_turbine_top_2_R_FDM ( repaired).stl
3.15 MiB 19 h 28 min 13 m 57 x 57 x 128 Download
_39_turbine_mid_1_L_FDM ( repaired).stl
3.15 MiB 19 h 9 min 13 m 57 x 57 x 128 Download
_40_turbine_mid_1_R_FDM ( repaired).stl
3.15 MiB 19 h 33 min 13 m 57 x 57 x 128 Download
_41_turbine_mid_2_FDM (re paired).stl
3.15 MiB 19 h 16 min 13 m 57 x 57 x 128 Download
_42_turbine_bot_1_L_FDM ( repaired).stl
3.15 MiB 19 h 28 min 13 m 57 x 57 x 128 Download
_43_turbine_bot_2_L_FDM ( repaired).stl
3.15 MiB 19 h 22 min 13 m 57 x 57 x 128 Download
_44_turbine_bot_1_R_FDM ( repaired).stl
3.15 MiB 18 h 57 min 13 m 57 x 57 x 128 Download
_45_turbine_bot_2_R_FDM ( repaired).stl
3.15 MiB 19 h 5 min 13 m 57 x 57 x 128 Download
_46_turbine_glass_x11_FDM (repaired).stl
0.08 MiB 16 min <1 m 28 x 28 x 2 Download
_47_neck_pipe_gun_1_x2_FD M (repaired).stl
2.79 MiB 2 h 10 min 1 m 41 x 41 x 28 Download
_48_neck_pipe_gun_2_x2_FD M (repaired).stl
2.14 MiB 43 min <1 m 13 x 7 x 43 Download
_49_neck_pipe_gun_3_x2_FD M (repaired).stl
2.14 MiB 45 min <1 m 13 x 7 x 43 Download
_50_neck_pipe_gun_connect or_1_x2_FDM (repaired).st l
0.26 MiB 6 min <1 m 12 x 11 x 3 Download
_51_neck_pipe_gun_connect or_2_x2_FDM (repaired).st l
0.06 MiB 11 min <1 m 18 x 20 x 4 Download
_52_neck_pipe_gun_connect or_3_x2_FDM (repaired).st l
0.48 MiB 3 min <1 m 6 x 11 x 3 Download
_53_gun_side_1_x4_FDM (re paired).stl
0.13 MiB 3 min <1 m 2 x 3 x 29 Download
_54_gun_side_2_x4_FDM (re paired).stl
1.12 MiB 13 min <1 m 15 x 15 x 8 Download
_55_gun_side_3_x4_FDM (re paired).stl
2.13 MiB 1 h 18 min 1 m 38 x 38 x 16 Download
_56_gun_side_connector_1_ x4_FDM (repaired).stl
0.48 MiB 3 min <1 m 6 x 9 x 3 Download
_57_gun_side_connector_2_ x4_FDM (repaired).stl
0.26 MiB 6 min <1 m 12 x 11 x 3 Download
_58_gun_side_connector_3_ x4_FDM (repaired).stl
0.06 MiB 4 min <1 m 16 x 16 x 2 Download
_59_radar_1_FDM (repaired ).stl
29.85 MiB 2 h 15 min 1 m 27 x 27 x 54 Download
_60_radar_2_FDM (repaired ).stl
14.14 MiB 2 h 20 min 1 m 45 x 45 x 31 Download
_61_radar_connector_1_FDM (repaired).stl
0.26 MiB 6 min <1 m 12 x 11 x 3 Download
_62_radar_connector_2_FDM (repaired).stl
0.06 MiB 11 min <1 m 18 x 20 x 4 Download
_63_radar_connector_3_FDM (repaired).stl
0.48 MiB 3 min <1 m 6 x 11 x 3 Download
_64_leg_front_cap_R_FDM ( repaired).stl
0.60 MiB 1 h 8 min 1 m 19 x 66 x 8 Download
_65_leg_front_1_R_FDM (re paired).stl
0.51 MiB 2 h 1 min 1 m 52 x 94 x 13 Download
_66_leg_front_2_R_FDM (re paired).stl
0.13 MiB 33 min <1 m 19 x 62 x 9 Download
_67_leg_front_3_R_FDM (re paired).stl
0.04 MiB 4 min <1 m 21 x 4 x 4 Download
_68_leg_front_4_R_FDM (re paired).stl
0.43 MiB 19 min <1 m 29 x 19 x 6 Download
_69_leg_front_5_R_FDM (re paired).stl
0.43 MiB 19 min <1 m 29 x 19 x 6 Download
_70_leg_front_cap_L_FDM ( repaired).stl
0.60 MiB 1 h 8 min 1 m 19 x 66 x 8 Download
_71_leg_front_1_L_FDM (re paired).stl
0.51 MiB 2 h 1 min 1 m 52 x 94 x 13 Download
_72_leg_front_2_L_FDM (re paired).stl
0.13 MiB 33 min <1 m 19 x 62 x 9 Download
_73_leg_front_3_L_FDM (re paired).stl
0.04 MiB 4 min <1 m 21 x 4 x 4 Download
_74_leg_front_4_L_FDM (re paired).stl
0.43 MiB 19 min <1 m 29 x 19 x 6 Download
_75_leg_front_5_L_FDM (re paired).stl
0.43 MiB 19 min <1 m 29 x 19 x 6 Download
_76_leg_back_cap_R_FDM (r epaired).stl
0.05 MiB 18 min <1 m 13 x 24 x 8 Download
_77_leg_back_1_R_FDM (rep aired).stl
0.48 MiB 1 h 22 min 1 m 39 x 65 x 13 Download
_78_leg_back_2_R_FDM (rep aired).stl
0.43 MiB 19 min <1 m 29 x 19 x 6 Download
_79_leg_back_3_R_FDM (rep aired).stl
0.43 MiB 19 min <1 m 29 x 19 x 6 Download
_80_leg_back_cap_L_FDM (r epaired).stl
0.05 MiB 18 min <1 m 13 x 24 x 8 Download
_81_leg_back_1_L_FDM (rep aired).stl
0.48 MiB 1 h 22 min 1 m 39 x 65 x 13 Download
_82_leg_back_2_L_FDM (rep aired).stl
0.43 MiB 19 min <1 m 29 x 19 x 6 Download
_83_leg_back_3_L_FDM (rep aired).stl
0.43 MiB 19 min <1 m 29 x 19 x 6 Download
Keychain (repaired).stl
0.35 MiB 23 min <1 m 30 x 30 x 2 Download
Tag (repaired).stl
1.70 MiB 1 h 18 min 1 m 150 x 18 x 5 Download
...

ABOUT THIS 3D MODEL

CR90 Corvette (commonly referred to as the Corellian Corvette or the Rebel Blockade Runner) happened to be the very first ship to appear in a Star Wars film. Initially designed by and for Corellians, the Corvette had a wide variety of users across the galaxy, from governments to pirates and galactic corporations. Renowned for its versatility, the design of the Corellian Corvette allowed for easy configuration so the ship could easily be used for freight hauling, light escort, as a passenger liner and even for diplomatic missions!

Gambody’s Star Wars fleet was lacking its own Blockade Runner and thanks to the efforts of our contributing 3D artist there is now a brilliant 3D printing representative! The model of Corellian Corvette boasts an extraordinary level of exterior detail and sports the ship’s standard armament configuration. We know your fingers are itching to get down to the fantastic Rebel Blockade Runner model, so less talk, more 3D printing!

ADAPTATION FOR 3D PRINTING

Corellian Corvette for 3D printing is a static assembly model and its moderation and adaptation for different types of 3D printers took Gambody team 54 hours in total. For you to receive the cleanest 3D printing result possible and to minimize the amount of filament needed for generated support the spacecraft model was divided into many assembly parts, e.g. its turbolaser cannons, thruster exhausts, sensor arrays, various hatches, etc. are provided as separate STL files. 

All assembly parts are provided in STL files of the FFF/FDM version in recommended positions that were worked out to ensure the smoothness of the details’ surfaces after printing and that the 3D printing beginners won't face difficulties when placing the parts on a build plate. When downloading any model's file you will also receive "Assembly Manual" for FFF/FDM 1.0 and DLP/SLA/SLS 1.0 versions in PDF format. We highly recommend that you get acquainted with the “Assembly video” and "Assembly Manual" before getting down to the Corellian Corvette model.

The model is saved in STL files, a format supported by most 3D printers. All STL files for 3D printing have been checked in Netfabb and no errors were shown.

The model's scale was calculated from the actual length of the Corellian Corvette which is 126000 mm. The 3D printing model's chosen scale is 1:136 for the FFF/FDM version and 1:272 for the DLP/SLA/SLS version.

VERSIONS' SPECIFICATIONS

FFF/FDM 1.0 version features:
- Contains 83 parts;
- A printed ship is 298 mm tall, 292 mm wide, 926 mm deep;
Highly-detailed exterior of the corvette;
- You can choose your preferred configuration by switching the dorsal and ventral double turbolaser cannons and a sensor array;
- Barrels of dorsal and ventral double turbolaser cannons and a sensor array are articulated;
- Dorsal and ventral double turbolaser cannons, side turbolaser cannons and sensor array also rotate via a ratchet mechanism;
- You can assemble Corvette with the landing gear or conceal the slots with panels and mount the ship on a special platform;
- The assembly of the sensor array requires an additional "pin" that can be made out of a short piece of regular 1.75mm filament;
- The cockpit window and thrust nozzle lids are provided separately to be printed with the transparent filament;
- Model is made hollow for you to introduce LED wiring and light up the cockpit and the ion engine units; a spot to hide the battery is provided inside the body;
- All parts are divided in such a way that you will print them with the smallest number of support structures.

DLP/SLA 1.0 version features:
- Contains 60 parts;
- A printed ship is 149 mm tall, 146 mm wide, 463 mm deep;
Highly-detailed exterior of the corvette;
- You can choose your preferred configuration by switching the dorsal and ventral double turbolaser cannons and a sensor array;
- Dorsal and ventral double turbolaser cannons, side turbolaser cannons and sensor array rotate;
- You can assemble Corvette with the landing gear or conceal the slots with panels and mount the ship on a special platform;
- The assembly of the sensor array requires an additional "pin" that can be made out of a regular paperclip;
- The cockpit window and thrust nozzle lids are provided separately to be printed with the transparent filament;
- Model is made hollow for you to introduce LED wiring and light up the cockpit and the ion engine units; a spot to hide the battery is provided inside the body;
- All parts are divided in such a way to fit the build plates and to ensure that support structures are generated where needed.

You can get the model of Corellian Corvette for 3D Printing immediately after the purchase! Just click the green Buy button in the top-right corner of the model’s page. You can pay with PayPal or your credit card.

Watch the tutorial on how to assemble Corellian Corvette 3D Printing Model at Gambody YouTube channel.

Also, you may like Hammerhead Corvette 3D Printing Model, other Star Wars 3D Printing Models, as well as more Space Ships 3D Printing Models.

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FAQ: 

Where can I print a model if I have no printer?
How to get started with 3D printing?
How to set up my 3D printer?
How to choose right 3D model print bed positioning? 
How to paint printed figurine?

Generic

Below you can find printing recommendations for CuraSimplify3D and Slic3r software.

Cura printing recommendations:

These are basic settings that were tested in Cura 4.8.0 slicer. 

The test models were printed on Ultimaker 2, Creality Ender 3, Creality CR-10S Pro V2, Anycubic I3 Mega, Anycubic I3 MegaS 3D printers with PLA and PETG filaments.

Disclaimer: The following printing settings are a recommendation, not an obligation. The parameters can vary depending on the peculiarities of your 3D printer, the material you use and especially the particular assembly part at hand. Each part that any model comprises often needs preliminary review and you are free to tweak the settings the way you find suitable.

Note:
- You can scale up the model (downscaling is not recommended!);
- All connectors should be printed at 100% Infill;
- For all parts of locks (“ge_lock” in “Source files”) you need to change "Brim" type to "Skirt" in Build Plate Adhesion section.

Quality
Layer Height: 0.12 mm (you can also set Layer Height at 0.16 or 0.2mm for 0.4mm nozzles)
Initial Layer Height: 0.2 mm (carefully level the print bed and keep your Initial Layer Height the same as the main Layer Height)

Line Width: 0.4 mm
Wall Line Width: 0.4 mm
Outer Wall Line Width: 0.4 mm
Inner Wall(s) Line Width: 0.4 mm
Top/Bottom Line Width: 0.4 mm
Infill Line Width: 0.4 mm
Skirt/Brim Line Width: 0.4 mm
Support Line Width: 0.4 mm

Initial Layer Line Width: 100%

Shell 
Wall Thickness: 0.8 mm
Wall Line Count: 2

Outer Wall Wipe Distance: 0.3 mm
Top Surface Skin Layers: 0

Top/Bottom Thickness: 0.6 mm
Top Thickness: 0.6 mm
Top Layers: 5
Bottom Thickness: 0.6 mm
Bottom Layers: 5
Initial Bottom Layers: 5

Top/Bottom Pattern: Lines
Bottom Pattern Initial Layer: Lines
Top/Bottom Line Directions: [ ]
Outer Wall Inset: 0 mm
Optimize Wall Printing Order: Check

Compensate Wall Overlaps: Check
Compensate Inner Wall Overlaps: Check

Minimum Wall Flow: 0%
Fill Gaps Between Walls: Everywhere
Filter Out Tiny Gaps: Check
Horizontal Expansion: 0 mm
Initial Layer Horizontal Expansion: 0 mm
Hole horizontal expansion: 0

Z Seam Alignment: User Specified
Z Seam Position: Back
Z Seam X: Average length of your printer’s plate (e.g.”150” if your plate is 300mm on the X-axis)
Z Seam Y: A value higher than the length of your plate on the Y-axis (e.g. 700)

Seam Corner Preference: Hide Seam
Extra Skin Wall Count: 1
Skin Overlap Percentage: 10%
Skin Overlap 0.04 mm

Infill 
Infill Density: 20% (for all smaller parts and for all parts of connectors use 100% Infill)
Infill Pattern: Triangles
Connect Infill Lines: Check
Infill Line Directions: [ ]
Infill X Offset: 0 mm
Infill Y Offset: 0 mm
Infill Line Multiplier: 1
Extra Infill Wall Count: 0

Infill Overlap Percentage: 10-20%
Infill Overlap: 0.04 mm

Skin Overlap Percentage: 5%
Skin Overlap: 0.02 mm

Infill Wipe Distance: 0 mm
Infill Layer Thickness: 0.24 mm
Gradual Infill Steps: 0
Infill Before Walls: Check
Minimum Infill Area: 0 mm2

Skin Removal Width: 0.8 mm
Top Skin Removal Width: 0.8 mm
Bottom Skin Removal Width: 0.8 mm

Skin Expand Distance: 0.8
Top Skin Expand Distance: 0.8
Bottom Skin Expand Distance: 0.8

Maximum Skin Angle for Expansion: 90Ëš
Minimum Skin Width for Expansion: 0.0
Skin Edge Support Thickness: 0
Skin Edge Support Layers: 0

Material 
Initial Layer Flow: 100%
Printing Temperature: See your filament settings
Initial Printing Temperature: Your filament settings
Final Printing Temperature: Your filament settings
Build Plate Temperature: Your filament settings
Build Plate Temperature Initial Layer: Your filament settings + 5°
Flow: 100% (Important! If you face difficulty printing the model, you may need to adjust the Flow parameter. You may research the topic using the Internet or seek assistance at our Customer Support Team at support@gambody.com)

Speed 

You can increase the printing Speed by 20% when you print simple objects. For small/thin parts you need to decrease the Speed by 25% - 50%.

Print Speed: 50 mm/s
    Infill Speed: 50 mm/s
    Wall Speed: 25 mm/s
          Outer Wall Speed:25 mm/s
          Inner Wall Speed: 50 mm/s

Top/Bottom Speed: 25mm/s
Support Speed: 25 mm/s 
          Support Infill Speed: 45 mm/s
          Support Interface Speed: 25 mm/s
                Support Roof Speed: 25 mm/s
                Support Floor Speed: 25 mm/s

Travel Speed: 80 mm/s
Initial Layer Speed: 80 mm/s
Initial Layer Print Speed: 20 mm/s
Initial Layer Travel Speed: 80 mm/s

Skirt/Brim Speed: 20 mm/s
Z  Hop Speed: 5 mm/s
Number of Slower Layers: 2
Enable Acceleration Control: Check

When printing simple objects, you need to set all Acceleration parameters at 500 mm/s. For small/thin parts you need to decrease the Acceleration by 50% - 70%.

Travel 
Enable Retraction: Check
Retraction Distance: 4-8 mm, 1-3 mm for Direct Extruder (This is the most important retraction parameter. You can find your optimal value of Retraction Distance by printing any test object, e.g. bridges, towers etc.)

Retraction Speed: 25mm/s
Retraction Retract Speed: 25 mm/s
Retraction Prime Speed: 25 mm/s

Retraction Extra Prime Amount: 0 mm3 
Retraction Minimum Travel: 1.5 mm
Maximum Retraction Count: 100
Minimum Extrusion Distance Window: 6,5 - 10 mm
Limit Support Retractions: Check
Combing Mode: All
Max Comb Distance With No Retract: 30 mm
Retract Before Outer Wall: Check
Avoid Printed Parts When Travelling: Check
Avoid Supports When Travelling: Check
Travel Avoid Distance: 1 mm
Layer Start X: 0.0 mm
Layer Start Y: 0.0 mm
Z Hop When Retracted: Check
Z Hop Height: 0,3 mm

Cooling 
Enable Print Cooling: Check
Fan Speed: 100%
Regular Fan Speed: 100%
Maximum Fan Speed: 100% 

Regular/Maximum Fan Speed Threshold: 10 s
Initial Fan Speed: 0%
Regular Fan Speed at Height: 0.36 mm
Regular Fan Speed at Layer: 3 

Minimum Layer Time: 10 s
Minimum Speed: 10 mm/s

Support 
Generate Support: Check
Support Structure: Normal (you can try using Tree Support Structure if you have difficulty printing any particular assembly part)
Support Placement: Everywhere 
Support Overhang Angle: 60° (this parameter can range from 30° to 70° depending on the part at hand)
Support Pattern: Zig Zag
Support Wall Line Count: 1 (stronger support that might be more difficult to remove) 0 (less strong support but is easier to remove)

Support Density: 15%
Support Line Distance: 2.6667 mm
Initial layer support line distance: 2.667 mm

Support Z Distance: 0.12 mm
Support Top Distance: 0.12 mm
Support Bottom Distance: 0.12 mm

Support X/Y Distance: 0.8-1 mm
Support Distance Priority: Z overrides X/Y
Support Stair Step Height: 0.3 mm
Support Stair Step Maximum Width: 5.0 mm
Support Stair Step Minimum Slope Angle: 10°
Support Join Distance: 2.0 mm
Support Horizontal Expansion: 0.2 mm
Support Infill Layer Thickness: 0.2 mm
Gradual Support Infill Steps: 0
Minimum Support Area: 2 mm

Enable Support Interface: Check (generates additional “pillow” on the support structure that leads to a more even surface, but can be difficult to remove in hard-to-reach areas)
Enable Support Roof: Check
Enable Support Floor: Check

Support Interface Thickness: 0.8 mm
Support Roof Thickness: 0.8 mm
Support Floor Thickness: 0.8 mm

Support Interface Resolution 0.2 mm
Support Interface Density: 50-100%
        Support Roof Density: 50-100%
Support Roof Line Distance: 0.8 mm
        Support Floor Density: 50-100%
Support Floor line Distance:  0.4mm

Support Interface Pattern: Grid 
Support Roof Pattern: Grid (this parameter should differ from Bottom Pattern Initial Layer in “Shell” section)
Support Floor Pattern: Grid

Minimum Support Interface Area: 10mm
Minimum Support Roof Area: 10 mm
Minimum Support Floor Area: 10 mm

Support Interface Horizontal Expansion: 0.0 mm
Support Roof Horizontal Expansion: 0.0 mm
Support Floor Horizontal Expansion: 0.0 mm

Fan Speed Override: Check
Supported Skin Fan Speed: 100%
Use Towers: Check
Tower Diameter: 4 mm
Minimum Diameter: 3.0 mm
Tower Roof Angle: 65° 

Build Plate Adhesion 
Build Plate Adhesion Type: Skirt/Brim (For unsteady parts, and those parts that may come unstuck use “Brim”. For bigger assembly parts that have large adhesion area and for all parts of locks and claws that you want to come out clean use "Skirt")
Skirt/Brim Minimum Length: 250 mm
Brim Width: 8.0 mm
       Brim Line Count: 10
Brim Only on Outside: Check

Mesh Fixes 
Union Overlapping Volumes: Check
Merged Meshes Overlap: 0.15 mm

Special Modes
Print Sequence: All at Once
Surface Mode: Normal

Experimental
Slicing Tolerance: Middle
Maximum Resolution: 0.01 mm
Flow rate compensation max extrusion offset: 0 mm
Flow rate compensation factor: 100%

Simplify3D printing recommendations:

This model was tested with PLA material.

To avoid printing problems, we recommend the following settings:

Extruder
Nozzle Diameter: 0.4 mm
Extrusion Multiplier: 0.97
Extrusion Width: Auto

Retraction Distance: 5.00 mm
Extra Restart Distance: 0.00 mm
Retraction Vertical Lift: 0.08 mm
Retraction Speed: 5400.0 mm/min

Wipe Distance: 5.00 mm

Layer
Primary Layer Height: 0.2 mm
Top Solid Layers: 8
Bottom Solid Layers: 5
Outline/Perimeter Shells: 2
Outline Direction: Inside-Out

First Layer Height: 90%
First Layer Width: 100%
First Layer Speed: 20%

Additions
Use Skirt/Brim: Check
Skirt Layers: 1
Skirt Offset from Part: 6.00 mm
Skirt Outlines: 5

Infill
Internal Fill Pattern: Fast Honeycomb
External Fill Patern: Rectilinear
Interior Fill Percentage: 10%
Outline Overlap: 22%
Infill Extrusion Width: 100%
Minimum Infill Length: 5.00 mm
Combine Infill Every: 1 layers

External Infill Angle Offsets: 45/-45 deg

Support
Generate Support Material: Check
Support Infill Percentage: 15%
Extra Inflation Distance: 1.00 mm
Support Base Layers: 0
Combine Support Every: 1 layers

Dense Support Layers: 0
Dense Infill Percentage: 70%

Support Type: Normal
Support Pillar Resolution: 5.00 mm
Max Overhang Angle: 60 deg

Horizontal Offset From Part: 0.50 mm
Upper Vertical Separation Layers: 1
Lower Vertical Separation Layers: 1

Support Infill Angles: 45 deg

Temperature
Extruder 1 Temperature: 210
Heated Bed: 60

Cooling
Increase fan speed for layers below: 45.0 sec
  Maximum Cooling fan speed: 50%
Bridging fan speed override: 100%

Speeds
Default Printing Speed: 4800.0 mm/min
Outline Underspeed: 50%
Solid Infill Underspeed: 80%
Support Structure Underspeed: 80%
X/Y Axis Movement Speed: 10800.0 mm/min
Z Axis Movemen Speed: 1002.0 mm/min

Adjust printing speed for layers below: 15.0 sec 
  Allow speed reduction down to: 20%

Other
Unsupported area threshold: 20.0 sq m

Slic3r printing recommendations:

Layer height
  Layer height: 0.1 mm
  First layer height: 90%
Vertical shells
  Perimeters: 2
Horizontal shells
  Soid layers: 
              Top: 8
              Bottom: 5
Quality
  Detect thin walls: Check
  Detect bridging perimeters: Check
Advanced
  Seam position: Random
Infill
  Fill desity: 20%
  Fill pattern: Honeycomb
  Top/bottom fill pattern: Rectilinear
Reducing printing time
  Combine infill every: 1 layers
Advanced
  Solid infill every: 0 layers
  Fill angle: 25 deg
  Solid infill threshold area: 0mm
Skirt
  Loops: 2
  Distance from object: 6 mm
  Skirt height: 1 layers
  Minimum extrusion length: 4 mm
Brim 
  Brim width: 10 mm
Support material
  Generate support material: Check
  Overhang threshold: 45 deg
  Enforce support for the first: 3 layers
Raft
  Raft layers: 0 layers
Options for support material and raft
  Contact Z distance: 0.1 mm
  Pattern: Rectilinear
  Patter spacing: 2 mm
  Pattern angle: 0 deg
  Interface layers: 2 layers
  Interface pattern spacing: 0.2 mm
Speed for print moves
  Perimeters: 60 mm/s
  Small perimeters: 20 mm/s
  External perimeters: 20 mm/s
  Infill: 60 mm/s
  Solid infill: 60 mm/s
  Top solid infill: 30 mm/s
  Support material: 50 mm/s
  Support material interface: 100%
  Bridges: 30 mm/s
  Gap fill: 50 mm/s
Speed for non-print moves
  Travel: 60 mm/s
Modifiers
  First layer speed: 30 mm/s
Acceleration control
  Perimeters: 800 mm/s
  Infill: 1500 mm/s
  Bridge: 1000 mm/s
  First layer: 1000 mm/s
  Default: 1000 mm/s
Autospeed
  Max print speed: 100 mm/s
  Max volumetrix speed: 0 mm/s
Extrusion width
  Default extrusion width: 0.42 mm
  First layer: 0.42 mm
  Perimeters: 0.42 mm
  External perimeters: 0.42 mm
  Infill: 0.42 mm
  Solid infill: 0.42 mm
  Top solid infill: 0.42 mm
  Support material: 0.42 mm
Overlap
  Infill/Perimeters overlap: 20%
Flow
  Bridge flow ratio: 0.95
Other
  XY Size Compensation: 0 mm
  Threds: 8
  Resolution: 0 mm

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