Parametric DeWalt Bit Holders
These openSCAD parametric object generates bits and blades holders for the DeWalt Tough Cases.It can generate horizontal hexagonal bit holders, arbitrary angled hexagonal bit holders along with T-blade Jigsaw blade holders. Many parameters are available to customize the holders including but not limited to the width of the holder, the number of bits it can hold based on the width of each bit, the thickness of the blades, and so on.Some STL file examples are provided. You can select to generate various test objects at the beginning of each script prior to printing a complete one in order to adjust the clearance if needed.Comments are given in the script for each parameter. Make sure that the script DeWaltLibrary.scad is in the same folder as the other scripts.These designs are inspired by the designs of Benjamen Johnson (https://www.thingiverse.com/benjamenjohnson/designs).Printed with TPU gives better results. Nevertheless, they can be printer in any material. Support material is not required. An infill of 20% is recommended.
This object was designed using openSCAD.
|8 bits horizontal holder|
|8 1mm Jigsaw T-blade holder|
|30 degree angled 5 bit holders|
|DeWalt Long Bit Holder|
|DeWalt Jigsaw Blade Holder|
|DeWalt Angled Bit Holder|
The source files are available:
You may request the source file(s) of this object. Ask for it by posting a comment below. Your email address will NOT be used for any other purposes than delivering you the source files. By doing so:
You are free to:
|*||Share — copy and redistribute the material except the source files in any medium or format|
|*||Adapt — remix, transform, and build upon the material|
You agree to:
|*||give appropriate credit, provide a link to the license, and indicate if changes were made. You may do so in any reasonable manner, but not in any way that suggests the licensor endorses you or your use.|
|*||not use the material for commercial purposes|
|*||distribute your contributions under the same license as the original if you remix, transform, or build upon the material|
|*||not apply legal terms or technological measures that legally restrict others from doing anything the license permits.|
|*||not upload the source files or modified source files on any sites. They are made available for your personal usage only. Nevertheless, you are allowed to upload the resulting STL or OBJ files.|
If you do not agree to any of these conditions, do NOT request the source files.
Copyright 2012-2022 by Claude “Tryphon” Théroux