3d print stringing test

This model tests four variables/settings per print, and enables regression calculations. 41 minutes and 3g per print. Simply use the Cura project uploaded with a .4mm nozzle to check effects on temperature 225-230C, travel speed 125-150mm/s, print...

The Test Is Underway - Stringing Check A straightforward calculation awaits us here, and we're about to dive in. Let's start with the given numbers: a base height of 0.6 millimeters and a tower height of 25 millimeters. To find the total height, we...

This is more or less a remix of the linked Nano All in One 3D printer test. I printed all of that just fine except the overhang after 45 degrees. It took me awhile to dial in the settings to get my overhangs looking good.After probably 20 prints of...

This test streamlines the hair issue between components during printing, ensuring a quick resolution.\n\nIt also enables quality control over bridge formation.\n\nAdjusting retraction and speed settings, followed by a new test, will allow you to...

The closest pillar is 10mm from the center pillar and then 15mm, 20mm and 25mm.The center pillar test for stringing on parts with very close walls. Example retraction test.Using the script ChangatZheight we will insert the script every 5mm exept...

Multicolor / Dualcolor or Dual extrussion strining test. ... You can test up to 4 different colors.

Multicolor / Dualcolor or Dual extrussion strining test. ...You can test up to 4 different colors.

... bridging capabilities effectively. Printing with 0.2 layer thickness yields the following results: 54 layers 84 layers 114 layers 144 layers 174 layers 204 layers 234 layers 264 layers A mere 4-5 grams of filament is required for this test model.

You're fine-tuning your setup with this basic test ladder, perfect for calibrating your printer's profile and filament compatibility. ...Simplify3D allows you to harness these processes to adjust temperature, retraction, and speed controls with ease.

We're putting your quick Spinning Test through its paces here, covering a range of shapes and sizes.\r\n\r\nMeasurements:\r\nOverall: 30x7x14mm\r\nRange: 3-7mm in diameter\r\n\r\nThis whole process takes anywhere from 7 to 10 minutes, depending on...

Designed with using firmware retraction in mind.Tested with 0.4 and 0.6mm nozzles at layer hights up to 0.4mm. ...If a smaller nozzle is used, scaling it may be an option.</p><p>First picture shows the default dimensions and distances, second picture...

Afet installing revo micro and fun duct I needed to test (possibily in one print) different thinghs.I created this little model, inspired from other existing models found online, to test bridges, overhang, stringing, holes, shapes, accuracy etc.Hope...

https://www.thingiverse.com/thing:4441076 presented a thumb screw to replace the wing nut on the front-left corner of the BIBO bed. It is too wide for the other two positions. I have created a smaller version to fit the right-front corner and the...

just 2 poles

Printer settings tester part designed to evaluate retraction functionality.

Ever feel guilty for carelessly discarding 3D test models and inadvertently adding to plastic waste? I created this stringing test piece with repurposing in mind - it can now be used as a mobile phone stand. That's exactly what I did when I posted a...

Print a bridge to test bridging and stringing. I got bored with standard bridging and stringing tests, so I thought this was a little more interesting. Three bridges are 10, 20, and 30mm long. It didn't take long to print at .2mm height either. If...

Test the Retraction Settings Quickly with a Simple Stringing Test - Place 4 x 10mm cubes spaced 10, 20, and 40mm apart to easily fine-tune your retraction settings based on this article:...

Take a quick and easy test to ensure your extruder is stringing-free and your filament settings are just right, especially when working with high-end materials that cost an arm and a leg. ...Use the print settings you'll be using for your actual prints...

Print a bridge to test bridging and stringing. It's time for something new, so standard tests won't cut it today. Three bridges of 10, 20, and 30mm length are the challenge. The print process is quick at a height of 0.2mm too. If you decide to print...

... You can also use this STL to perform some stringing tests and ultimately end up with a useful piece to utilize. If you're looking for more 3D print ideas, be sure to check out my other videos. You'll find even more DIY ideas in my other videos.

Small combination calibration test of overhangs, bridging, and stringing. The overhangs start at 5 degrees, and end at 95 degrees, in 10 degree increments. ... The bridges are 2mm, 4mm, and 8m.

I tested some of the retraction and stringing test here, there are good ones, but i wanted to create my own one with the idea of an economic to print and simple two tower desing. Also I wanted the temperature ranges were visible enough, but...

Simple mount for a very cheap voltmeter. ... Very fast print ~11min Use ~2-3mm brim to keep it struck to the bed. ... Can also be used to diagnose stringing.

I designed a simple stringing Test. I had the problem, that my retraction setting for the Anycubic Kobra was too high. After starting a new Layer, the first few mm wasn´t great. With this test i have set it to .5mm, which is working great for me....

... the test object carefully. Print it and at the start of the print enter this command in the terminal exactly: TUNING_TOWER COMMAND=SET_RETRACTION PARAMETER=RETRACT_LENGTH START=0 FACTOR=0.05 This test will check retract length from 0 to 5 precisely.

This is just an ordinary vase that can help you determine optimal settings for retractions, bridging, and overhangs in 3D printing.