anycubic test print 3d models

This is a test for flexibility. The intended use for flexible layers was for hinges. They are 10cm x 10cm squares of thickness, 0.1mm, 0.2mm, 0.3mm, ..., 0.9mm, 1.0mm. I keep on hand, for reference, the following ten sheets: -0.1mm sheet @...

Let's evaluate a 3D print featuring rounded angles to see how it performs.

the hexagon spaces should be printed 0,5-1%larger so it fits

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

Tall Box Print Testhttps://www.youtube.com/watch?v=TzOtOSgq_9o

Playing around with three distinct hues. ...A prototype print was what I required.

haven't printed yet, but should work. ...comment if there is a problem please!

printed all with curares-0.2mminfill-50%no-supports

I need your help for Robotic Competitions. ... -CLAW ROBOTICS- Please follow on instagram: @clawrobotics @efe_aydin34 Easy print

I need your help for Robotic Competitions. ... -CLAW ROBOTICS- Please follow on instagram: @clawrobotics @efe_aydin34 Easy print

... ...For optimal overhang results, print it hollow and consider reducing your printing speed; I found that .2mm produced better outcomes than .1mm. ...The photo displayed here was printed at a speed of 20mm/sec using .2mm line width, sliced with Cura.

Height/depth of text dimensions as well as arrows are factors of my preferred layer height but the actual text dimensions aren't, everything else is whole numbers(10mm, 75 mm etc) My infill is usually 20-30% and the orientation of the print as...

... with minimal sagging and stray strands. I see this as a great print challenge if you want to show off your skills at fine-tuning your 3D printer. Print Settings Printer: PowerSpec Ultra 3D Rafts: None Supports: None Resolution: .15mm Infill: 20%

Below are some example prints generated with the following parameters: * PLA filament from eSun * 0.3mm nozzle diameter * 150-micron layer height precision * Solid shells printed first, with inner layers completed last * A print speed of 8mm per...

These precision cubes ensure accurate scale of your printed structures by allowing you to verify the correct dimensions. The design comprises four distinct cubes measuring 5mm, 10mm, 20mm and 30mm respectively. To confirm their precise size, simply...

This print, a tried-and-true standard, is our go-to benchmark for assessing the performance of novel recycled filaments. Its straightforward design lets us rapidly evaluate how well these innovative materials hold up under print conditions. ...Now it's...

We're going to conduct a swift 10-15 minute print run to verify minor details, linkages, stitching (within reason), and fine points.

I'm storing this initial print as a baseline to gauge the FLSUN QQ-S's precision and accuracy in fine details.

Researchers Push Boundaries with Innovative 3D Printed Materials that Bend and Fold Like Real Fabric. ...Material Responds to Crease Patterns, Mimicking Nature's Ability to Conform.

Just a straightforward check to confirm that our printer is functioning as expected and ready to deliver high-quality prints every time.

If your printer successfully prints this sample, it should be able to print almost any challenging design with a steep overhang. ...This gives you the opportunity to verify that your printer can accurately produce an overhang without sacrificing detail...

If you set the bed size to 160mm in both X and Y dimensions, the Me Creator2 will experience carriage slams and skips whenever printing near the limit of 160mm on the X axis. However, if you adjust the setting to 161mm in both X and Y dimensions, the...

October 18, 2019 - A new version of the G-code has been uploaded, addressing an issue with the previous release where speeds only changed at the very end of the print job. ...This revised code should now adjust printing rates as intended throughout the...

We designed this feature to evaluate and showcase the capability of printing cooling channels right into your product. ...This allows you to streamline complex machine components that require cooling.

This is a sample print utilizing a 2-extruder Ultimaker. There are 2 associated STL files: "mainbody" and "arms". ...Notably, all arm sections are encompassed within a solitary "arms" STL file.

The wall, sized at 9.5 cm by 8 cm, serves as a basic tool for evaluating print accuracy. ...It can help identify issues with the Z-axis and extruder functionality.

Small-scale 3D printing experiment features a 45-degree angled design and delicate wall thicknesses. ...A strategically placed hole and reinforced bridge were incorporated into the revised version 2 prototype.

This thing is a simple wall to assess the print quality. It is useful to diagnose Z-axis and extruder problems. ...The wall is 9.5 cm x 8 cm.</p>

I just trimmed back the unnecessary internal filler on the original to speed up print time. ...I left the internal lip so that it sits nicely in the hole, and the top is still beveled.

I'm happy to see that your printer can handle such intricate designs, but to be honest, I have no intention of printing anything out. My goal was simply to push the limits of what this device can accomplish in terms of curved lines and shapes, and...