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Mechanical safe with coded lock. USB/SD-card holder

Foto 1.jpg Mechanical safe with coded lock. USB/SD-card holder
Foto 2.jpg Mechanical safe with coded lock. USB/SD-card holder
PHOTO_20191207_125310.jpg Mechanical safe with coded lock. USB/SD-card holder
PHOTO_20191207_125325.jpg Mechanical safe with coded lock. USB/SD-card holder
PHOTO_20191207_125525.jpg Mechanical safe with coded lock. USB/SD-card holder
PHOTO_20191207_125605.jpg Mechanical safe with coded lock. USB/SD-card holder
PHOTO_20191207_125614.jpg Mechanical safe with coded lock. USB/SD-card holder
PHOTO_20191207_125740.jpg Mechanical safe with coded lock. USB/SD-card holder
PHOTO_20191207_141325.jpg Mechanical safe with coded lock. USB/SD-card holder
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Creation quality: 4.5/5 (2 votes)
Evaluation of members on the printability, utility, level of detail, etc.
  • 14.2k views
  • 58 likes
  • 285 downloads
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3D design format
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  • Safe.zip

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Last update 2019-12-24 at 12:40
Publication date 2019-12-07 at 12:51
Design number 89836
postsitnikov

postsitnikov

3D printer file info

3D model description

USB/SD-card holder in the form of a safe with a working code mechanism for 1000 combinations (000-999 is set by the user). The safe consists of 21 elements.
The body is attached using pieces of filament.
In part number 6, for strength, it is recommended to put a piece of filament in the hole.
In part number 7, you need to install plastic mopping cut from any plastic bottle as in the photo. This is necessary to get clicks when turning the code wheels.
Part set number 9 is recommended to be printed at a density of 100% and at reduced speed, for durability and detail.
Part number 10 is recommended to be printed at reduced speed for better detail.

3D printing settings

Printing and compiling is recommended in order of file numbering.

The model in the photo is printed with the following parameters:
Material - ASA plastic. Density 15%. One outer contour, two lower and upper layers. Nozzle diameter 0.4. Extrusion multiplier 1.04. Speed ​​1800 for parts without notes in the description, for the remaining 1400. Layer height 0.16. Without support. Using 4 skirt outlines.
Printing temperature 240, table temperature 115, blowing 25%.
The weight of the finished product is 65 grams.
The model was printed quickly, in order to verify the operation of the mechanism and the structure as a whole. Do not judge strictly. )))

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