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Universal adjustable 90° wedge / chock

This model is created by Parametric Model Maker
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Laminatkeil / Türkeil 0.2mm layer, 2 walls, 15% infill
Laminatkeil / Türkeil 0.2mm layer, 2 walls, 15% infill
Designer
25 min
1 plate
5.0(1)

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Description

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Description

No more wobbly furniture and ill-fitting gaps! This parametric wedge is the Swiss Army knife for every home and workshop. Unlike conventional wedges that often taper to 0 mm, this model allows for defining a starting height (H1). This makes it perfect as a precise spacer, shim, or doorstop.

Why this model?

Have you ever had a gap that didn't start at zero, but for example, needed to bridge a gap from 5 mm to 12 mm? A normal wedge would simply slip through here. This model solves exactly that problem. Geometrically, it is a right trapezoidal prism that can be precisely tailored to your needs.

Applications:

  • Furniture leveling: Stabilizing cabinets on uneven floors.
  • Window & door installation: Perfect alignment of frames.
  • Workshop: Shimming workpieces or machines.
  • Doorstop: Customized height for any door gap.
  • Model making: Precise inclines for ramps or slopes.

Parameters Explained

You can customize the wedge directly in the MakerWorld Parametric Designer without needing OpenSCAD knowledge:

CAUTION: Sometimes the preview doesn't show all sides, but the export works and delivers the correct model. 

  • H1 (Starting Height): The thickness of the flat side. Set it to 0 for a classic pointed wedge or to a higher value for a spacer.
  • H2 (End Height): The thickness of the wide side (90° angle). MUST be greater than H1.
  • Width: The width of the wedge (perpendicular to the incline).
  • Length: The distance between H1 and H2.

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If this parametric tool has helped you solve a problem, I would be very happy about a "Boost"! It motivates me to develop more useful OpenSCAD tools for the community.

Printing Tips

  • Material: PLA for rigid wedges, TPU for non-slip doorstops or damping pads.
  • Infill: For heavy loads (e.g. cabinets) I recommend 40-60% infill or more wall lines (perimeter).
  • Orientation: The model is best printed on its side to utilize the maximum stability of the layers along the incline.

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