Parametric Print-in-Place Tolerance Test

prusaprinters

<p>Parametric Print-in-Place Tolerance Test</p> <p>No-nonsense approach:</p> <ul> <li>Use Customizer for creating a test part just for the tolerance you need</li> <li>Small and quick to print</li> <li>Adjustable parameters</li> <li>Clean design to facilitate accurate measurements<br/> -- no elephant foot<br/> -- no top layer overhang<br/> -- square so you can check x/y axes separately</li> <li><p>OpenSCAD source included so you can verify the design!<br/> Example STL has a bolt edge length of 8 mm and a tolerance of 0.25 mm.</p> <p>I designed this after trying out some popular existing tolerance tests, which highlighted the problem but having all sized in one big part were really wasteful and slow for re-printing them again and again to check the results of tweaking the printer.</p> <p>The "waist" of my design makes it a bit quicker to print without sacrificing bed adhesion and mechanical stability.</p> </li> </ul> <h3>Print instructions</h3><h3>Category: 3D Printing Tests Summary</h3> <p>Parametric Print-in-Place Tolerance Test</p> <p>No-nonsense approach:</p> <ul> <li>Use Customizer for creating a test part just for the tolerance you need</li> <li>Small and quick to print</li> <li>Adjustable parameters</li> <li>Clean design to facilitate accurate measurements<br/> -- no elephant foot<br/> -- no top layer overhang<br/> -- square so you can check x/y axes separately</li> <li><p>OpenSCAD source included so you can verify the design!<br/> Example STL has a bolt edge length of 8 mm and a tolerance of 0.25 mm.</p> <p>I designed this after trying out some popular existing tolerance tests, which highlighted the problem but having all sized in one big part were really wasteful and slow for re-printing them again and again to check the results of tweaking the printer.</p> <p>The "waist" of my design makes it a bit quicker to print without sacrificing bed adhesion and mechanical stability.</p> </li> </ul>