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stl.parts

Strap Bracket

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Created by Andreas Riedmüller, 0 named parts, 0 child shapes
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=gapLength+2*width
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=(countersinkMajorDiameter - countersinkHoleDiameter) / (2* tan(((60 * PI) / 180) / 2))
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Depth of countersink. By using the formula "=(countersinkMajorDiameter - countersinkHoleDiameter) / (2* tan(((60 * PI) / 180) / 2))" you can set the depth by defining an angle, just replace 60 by whatever angle is needed.

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This strap bracket is a compact mounting piece defined by a solid bar with a centered gap. width, length, and height set the overall block size, while gapLength and gapHeight create the open slot for routing straps, cables, or material. A roundRadius softens the corner profile for strength and a clean look.

Each end features a countersunk mounting hole, controlled by countersinkHoleDiameter, countersinkMajorDiameter, and an angle-based countersinkDepth formula, with optional counterdrill depth for stepped fastening.

Applications: Useful for cable retention, webbing anchors, enclosure mounting points, or lightweight structural brackets in 3D-printed assemblies.

Processing steps (work in progress)
This is a first version of an idea I had. You can add different modifiers to the generated shape. Currently there is only the drilling machine that can drill a hole in the center (origin) of the shape and rotate.