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Update readme with all individual core links

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Matt McWilliams 2025-02-09 09:51:11 -05:00
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README.md
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@ -3,15 +3,15 @@
![Film Core for 16mm with 2 inch diameter](./img/film_core_16mm_2in.stl) ![Film Core for 16mm with 2 inch diameter](./img/film_core_16mm_2in.stl)
Film cores are used wind film for storage, handling, editing or projection. Film cores are used wind film for storage, handling, editing or projection.
This project contains a script for generating cores of abitrary diameter, and the standards of 2 inch cores for camera usage and 3 inch cores for projection are included as printable STL files. This project contains a script for generating cores of arbitrary diameter, and the standards of 2 inch cores for camera usage and 3 inch cores for projection are included as printable STL files.
This script will generate cores for 16mm, 8mm or 35mm gauge films. This script will generate cores for 16mm, 8mm or 35mm gauge films.
These can be used with the [split_reel](../split_reel) module. These can be used with the [split_reel](../split_reel) module.
8mm cores are not common or standard but these seem to work for storage, editing and projection. 8mm cores are not common or standard but these seem to work.
This script will generate film cores with or without a center partition making them possible to print with no overhangs. This script will generate film cores with or without a center partition making them possible to print with no overhangs or support.
Keep in mind cores *without* that center partition this makes for a weaker part and may buckle under the tension of longer films depending on how it is printed. Keep in that *without* that center partition this makes for a weaker core and it may buckle under the tension of longer films depending on how it is printed.
Download the source and create an OpenSCAD file in the directory to generate arbitrary size cores as follows. Download the source and create an OpenSCAD file in the directory to generate arbitrary size cores as follows.
@ -39,11 +39,35 @@ use <scad/film_core.scad>;
film_core(9.5, 3 * 25.4, true); film_core(9.5, 3 * 25.4, true);
``` ```
# 35mm Cores -----
## 16mm Cores
![16mm Core - 2in](./img/film_core_16mm_2in.jpg)
* [16mm Core 2in](./stl/film_core_16mm_2in.stl)
* [16mm Core 3in](./stl/film_core_16mm_3in.stl)
* [16mm Core 2in - No Partition](./stl/film_core_16mm_2in_np.stl)
* [16mm Core 3in - No Partition](./stl/film_core_16mm_3in_np.stl)
-----
# 8mm Cores
![8mm Core - 2in](./img/film_core_8mm_2in.jpg)
* [8mm Core 2in](./stl/film_core_8mm_2in.stl)
* [8mm Core 3in](./stl/film_core_8mm_3in.stl)
* [8mm Core 2in - No Partition](./stl/film_core_8mm_2in_np.stl)
* [8mm Core 3in - No Partition](./stl/film_core_8mm_3in_np.stl)
----- -----
## 35mm Cores ## 35mm Cores
----- ![35mm Core - 2in](./img/film_core_35mm_2in.jpg)
* [35mm Core 2in](./stl/film_core_35mm_2in.stl)
* [35mm Core 3in](./stl/film_core_35mm_3in.stl)
* [35mm Core 2in - No Partition](./stl/film_core_35mm_2in_np.stl)
* [35mm Core 3in - No Partition](./stl/film_core_35mm_3in_np.stl)