3d print stringing test

This is a preliminary evaluation test.

Hello makers, today I share for free with you a very urile tool for those who like me draw with fusion 360, and print at the same time. With this test, you can find out what tolerance to put in your designs when you draw them. ... As always thanks for...

A straightforward box is being used to test various geometric designs and layouts.

Test speciment: (l x h x w) 180mm x 15mm x 4mm with * rounded cut-outs at the center to leave 10mm x 4mm * a hole for a hook 80mm from the cut-outs * one side is fully supported up to the cut-outs, the other side receives a force at the mounting...

This project involves creating a prototype to evaluate a 3D printer's gear-printing functionality. It uses modified McMaster Carr plastic gear parts, sourced from their website and designed Solidworks models. ...The foundation pieces are customized for...

3 pc Printer testing parts to dial in your feeds and speeds and filament try outs . small and low consumption. All 20mm OD x 10mm H. 1.6mm wall. Cad created . Enjoy. ... God Bless the Earth!

Individual crafts a three-dimensional printed prototype component for evaluation purposes.

Here's a customized calibration aid that I designed specifically to fine-tune my 3D printer for massive overhanging sections, crafted from precision-cut 10mm cubes.

Each print should take less than three minutes and use no more than four centimeters of filament, so you can conduct multiple tests quickly without wasting much material. The differences between each print are easy to spot without spending a lot of...

Since I could not find the ideal temp tower that meets my expectations, I designed my own.Features:- Uses little material because it is not too big- Different overhangs, 45° and a curved one- A thin wall at the overhang to test the layer adhesion by...

If you print PETG you might hit two rabbits with one shot.

Printing PETG could potentially land a double whammy on two unsuspecting rabbits.

... you need to alter some Settings on your Slicer. ... You need to change the temps while printing on following patterns: on Layer hight 0.2: Layer 43 - 240°C Layer 89 - 230°C Layer 136 - 220°C Layer 182 - 210°C Layer 229 - 200°C No Supports, no Infill

To achieve this, users should utilize settings within slicer software like Cura to optimize retraction amount, adjust retraction speed, increase minimum travel distance for retraction, raise extruder temperature, and slow down travel speed between...

<p>Mini design for using little material</p><p>No support required</p>