torture test 3d models

Previously I had noticed the AIO micro 3D printer test did a good job of showing up the flaws of a lack of cooling fan, so I modelled a similar design. The main body is lifted up off the bed to allow a wide and difficult bridge. There are four...

Previously I had noticed the AIO micro 3D printer test did a great job of showing up the flaws of a lack of cooling fan, so I modeled a similar design. The main body is lifted up off the bed to allow a wide and challenging bridge. There are four...

I wanted to test cooling fan performance objectively back to back, so I designed this part to help. Previously I had noticed the AIO micro 3D printer test did a good job of showing up the flaws of a lack of cooling fan, so I modelled a similar...

The Ultimate Nightmare Scenario emerges, a twisted amalgamation of Ultimate Torture Test and an ominous presence known as Negative Feature Resolution. This insidious entity manifests as a perpetual state of chaos, where the air is thick with an...

Here's the Pillar from Hell, a relatively quick overhang torture test that's sure to put any printer through its paces. I noticed that the standard "flat" overhang used in many tests can be a little too easy for some printers, so I added a rounded...

1 isn't so hard, but it's a torture test. On the bottom is 0.2mm space between the "eggs." On top is 1mm. The problem with Nr. 1 is normally not the bottom part; it's the top section with massive overhang! That's why I gave you 1mm space between the...

A super cool printer test that I recommend for SLA!

This is a test for your 3D printer. ...To see how good the printer is.

thought i would design my own test. ...will try with and without supports

thought i would design my own test. ...will try with and without supports

These tests include constructing walls with varying thicknesses: 1mm, 0.8mm, 0.5mm, and an even thinner 0.4mm. Additionally, I'm pushing the limits by printing overhangs that extend a substantial 28mm into space. Further, I'm testing their ability to...

The comprehensive evaluation consists of multiple trials, including: tests comprise: - walls printed at precise thicknesses of 1mm, 0.8mm, 0.5mm, and 0.4mm - overhangs measuring precisely 28mm - embossed text printing to assess font clarity and...

Pour le test présenté en photo : Temps d'impression : 0,3 = 1h55 0,2 = 2h40 Buse : 0,4 Vitesse d'impression : 50mm/s Coques : 3

Pour le test présenté en photo : Temps d'impression : 0,3 = 1h55 0,2 = 2h40 Buse : 0,4 Vitesse d'impression : 50mm/s Coques : 3

I am uploading the gcode which I used during my latest test of PLA stringing for viewers of my youtube channel to test on their adventurer 4. ... video: https://www.youtube.com/watch?v=ZqdwGX6YVS0&ab_channel=JustMakeItDaniel%21 The picture shows...

This is to test the adhesive capabilities of belt printers and their capabilities of handling long arcs. As of now my printer still cannot print the largest Arc and fails pretty badly. ...I am trying to fix this so I can pass my own test but that's why...

I'm just messing around, testing my printer's limits by creating deliberate overhangs. ...The upside-down prints look awesome, with a unique twisted design that gives the tables a legendary feel.

The Inferno Test! https://www.youtube.com/watch?v=AR2HK4hokqo Let Loose and share your results! Tweet your results to @THE_INFERNO #SCORCHINGBALLS Print Settings Backed By: Yes Theories...

A truly challenging test to verify good first layer adhesion diagonally across the MK3S+ build plate. ...If any one (1) peices do not stick…the whole print will not work!!!</p>

This is a test I designed back in the day for testing Stratasys uPrint printer systems. It highlights when certain things are out of adjustment or need attention. Running it on a RepRap or other non-Strat printer can often yield some...

You can also seamlessly swap filaments to rigorously test the bridging capabilities of various materials in a single print! Crafted with precision in Fusion 360. ... Featured in this video is an electrifying timelapse of this model: youtu.be/VFQeV8m9HQo

... up or down to adjust the length of the span. Swap filaments to test the bridging capabilities of multiple materials within one print! ...Designed using Fusion 360, a time-lapse of this model can be found in this video at https://youtu.be/VFQeV8m9HQo

I crafted this bowl to rigorously test the precision of simultaneous feature printing (such as debossed details, twisted textures, slot patterns, hole arrangements, curved surfaces, and radiused edges) in one single print operation. ...This bowl holds...

This is a Double Helix Bridging Challenge, where you can adjust the scale to extend the bridge's length or swap filaments to test multiple materials' bridging capabilities. ...This design was created using Fusion 360 and features a time-lapse video...

Printing at full size may produce better results on the span test, but it can be more difficult to achieve stability with the inverted cone inside. You can print this design with zero infill, and I was able to successfully do so at 50%. However,...

... purge tower, however, consumes a whopping 98.8 grams of filament. If you're feeling brave, give this test a try and submit a maker's mark with a picture along with the number of layers that successfully printed without any jams or skipped layers.

This model is put through rigorous testing after being printed. Despite its simplicity, it poses significant challenges for a standard 3D printer to replicate accurately. The flag, in particular, features an extremely thin wall, which demands...

Use this model to test color changes on the Prusa MMU 2.0. While this model is only 25mm tall, it takes 500 color changes to successfully print it. If your print doesn't make it to completion you can calculate the number of color changes completed by...

This is a truly massive 3D print test with several intriguing shapes combined into one singular piece. I'm uncertain at this point whether halfway through the print process PLA/ABS warping issues will present an additional obstacle, forcing you to...

Here's the rewritten text: A basic torture test for 3D printers - no supports, no rafts required. ...The model should be oriented with its triangular base resting flat on the print bed.