3d print overhang test

... tests is extensive, yet none have appealed to me sufficiently. ...Introducing a straightforward, compact design featuring a continuous testing area with an overhang range of 40-80 degrees, this part aims to address the gap in available options.

This 3D-printable test object showcases a range of overhang angles for assessment. Angles in descending order are 90°, 80°, 90°, 70°, 90°, 60°, 90°, 180°, 90°, 55°, 90°, 50°, 90°, 45°, 90°, 40°, 90°, 35°, and 90°. The bottom part features angles of...

Simple Overhang Test 50 55 60 65 degrees

small and fast printer test with overhang, bridges and stringing tests… 

... degrees steps. ...In four directions and X and Y mark on bottom plate (for easier determination) Print Settings Printer: Artillery Sidewinder X1 Rafts: NoSupports: No Resolution: 0.2Infill: 38 Filament: GST3D PLA+ Black Category: 3D Printing Tests

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

The octagonal shape was a deliberate choice - the cooling system can affect how well an overhang is printed, and this design allows me to test multiple orientations with a single model. Furthermore, I realized that some overhang tests can wobble...

This is a basic test of the common overhang limitations for .2 layers, with an angle range of 45 to 62 degrees. Beyond this, it's hard to print anything substantial, so sticking to these angles keeps things quick and efficient, avoiding unnecessary...

This is a blend of Psanyi's support test item http://www.thingiverse.com/thing:635497 and my own wall thickness and overhang test.

A straightforward overhang test designed to be printed in vase mode, where my printer unfortunately ceased functioning at approximately sixty degrees. The initial angle begins at twenty degrees, followed by thirty, forty-five, sixty, eighty,...

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.

It can nicely show the warping on long distances too (OHWT- OverHang Warp Test). Test were done on my duct: Airodactylus V3 which is haven't released yet use V2 untill that. Used cura profile will be uploaded later, but the most important are layer...

The 50x6mm overhang test is a great way to demonstrate warping on long distances (OHWT - OverHang Warp Test). My tests were conducted using my Airodactylus V2 duct, as the V3 model hasn't been released yet. I'll upload the Cura profile used later,...

Test to see if you printer will suffer from overhang curl. ... I could only avoid it by using 0.1mm layer height and z-hop

This is a cool overhang test for your printer, it is also a cool illusion. This is a redesign of Kanbara Tomonori's illusion. ... https://youtu.be/cYoLF6qmaFc

Overhang test from 10° to 70°, in ten degrees steps. ...In four directions and X and Y mark on bottom plate (for easier determination)

The Human Remix - A Collaborative Update to the Classic Massive Overhang Test Model, Source Code Available Here: http://www.thingiverse.com/thing:1324218

... project was learning new ways to apply ideas from 9th-grade algebra to 3D space. I've created some example STL files to play with but I've only printed the 45-75 degree test which took about 25 minutes to print and weighed somewhere around 2g.

The advantage is that this test can take as little as 7 minutes or even less, and requires little material (the prints in the photo take about 1 gram), therefore it is ideal to validate changes to cooling setups without waiting for a large test...

The Essential Calibration Set's overhang test, initially designed in SketchUp, was flawed due to numerous holes and unsuccessful slicing in Cura. However, a revised version, crafted in Inventor, boasts improved aesthetics and features convenient...

The advantage lies in the fact that this test can be completed in as little as 7 minutes or less, requiring minimal material (the prints in the photo take approximately 1 gram), thus making it ideal for validating changes to cooling setups without...

A standard vase, perfect for identifying optimal settings for retractions, bridges, and overhanging areas.

Just a normal vase. ...Good model to find the best values for retraction, bridging and overhangs.

Testing without external support systems. ... Available file formats include: STL G-code (for PLA printing) 3W (formatted specifically for XYZware ABS material)

... consumes minimal filament. ...It rigorously tests bridging gaps and crafting precise lines while also scrutinizing retraction. ...I would print this at 200°C, 210°C, and 220°C with PLA to determine the optimal temperature for these specific attributes.

I'm Ready to Be Tested Without Any Assistance!

No additional support is required to test the system. ...A G-code file option has been included.

I'm pushing my printers to their limits, testing the boundaries of what's possible without support. Right now, it's a laborious process, but I'm fine-tuning settings to see just how close I can get. ...It's mostly for entertainment value, but it's also...

This print should be printed with normal 100% fan cooling to show the full quality difference from vertical to almost horizontal. ...Pick which point the quality is below you standard so you use less support material.