3d printer overhang test

Good morning, today I'm excited to introduce you to the versatile overhang retraction test. Print at a slow pace for optimal results. ...I've discovered that reducing the height until all four tall shapes are on the bed helps minimize the use of...

Good day, today I'm excited to share with you the scalable overhang retraction test. Feel free to scale as needed and print however you like. Good luck! ...I've found it helpful to reduce the height until all four tall shapes fit on the bed to minimize...

Neat little test for overhangs. I like to print this at .4-.6 line width, 3 bottom, 0 top, 700mms, 30K acceleration, 20 Jerk/square corner. Print to see how fast you can go before the walls melt. ...Try 200% model, 700mms, 30K acceleration, 50SCV, and...

Designed this bridging and overhang test with an actual bridge as result instead of the boring straight bridging parts you see everywhere. Just for fun because we can! This part is easy to find and share with others, just search for Bruggetje...

just another thing to test your printer i guess? ...let me know how yours did?

this is for 3d printer callabration

This is a straightforward 3D printer evaluation.

*Testing*; • Temperature 220 to 175 • Bridging 40mm • Overhang 55 to 80 degrees • Writing - wall 3mm total height; 0.8mm deep; 0.387 width Print at your regular printing layer height. Each step is 8mm, a total of 10 steps for an overall height of...

This test file also includes checks for the following parameters: Minimum distance between walls: .1/.2/.3/.4/.5mm Overhangs at 25°/30°/35°/40°/45° angles Bridge prints with lengths of 2/3/4/5/6/7/8/9mm Flat surfaces and precise tolerances...

However, that model was bending upwards during the print, due to the printed layers cooling down, so the model was pressing against the print head, causing some secondary issues with the overhangs. Finally I came up with this half-bridge-shape, that...

This is a compact evaluation model I designed to assess the precision you require when rendering models for your 3D printer. It consists of multiple components, ranging from .1 to .5 parts, that fit seamlessly into the central assembly. ...To verify if...

Fast overhang and bridge testTest rapide de surplomb et pont

Test your printer to its breaking point and see what it's truly capable of producing under intense pressure.

This is an incredibly extensive overhang challenge designed specifically for 3D printing enthusiasts who want to push their machines to the limit and see how far they can stretch the boundaries of what's thought possible in terms of print quality and...

A Quick Trial Run for a Fresh 3D Printer Concept

You can check your 3D printer with this design.

This 3d coin is a test for the First layer and overall quality of your print.

This 3d coin is a test for the First layer and overall quality of your print.

The Incline and Crossing test shows what angle a 3D Printer like MakerBot can produce without compromising print surface quality. This print also demonstrates how far a MakerBot Replicator can cross over obstacles without impacting print surface...

Calibration Test

The purpose of this test is not only checking when an unsupported overhang will fail, but also the printing quality of both unsupported and supported overhangs.Sometimes, you'll see that the angles displayed in the "back" side are not the same as...

Updated 28-09-2019 I'm working on a comprehensive test bench design to cover all functional tests related to the controller board settings and code used in my 3D printer. If I've missed any crucial functionality that would enhance this design, please...

Here's a simple challenge for a 3D printer's vertical reach.

Here's a summary to facilitate precise calibration of your 3D printer system.

However, that model was bending upwards during printing due to printed layers cooling down, so the model was pressing against the print head, causing secondary issues with overhangs. Finally, I developed this half-bridge-shape, which ensures model...

Here's a comprehensive test of our Brige-printer system to determine its effectiveness. To conduct this thorough examination, we will print various documents without any auxiliary support mechanisms. The test will utilize standard printing paper and...

If you're like me, with multiple printers on hand - perhaps different models - you might be curious about testing their print accuracy and figuring out whether it's better to print on one device at a time or switch between them. ...I did just that,...

Simple test for cooling system.

... precise overhang angles. ...Overhangs in the model can vary between 10° and 70°, with each setting incremented by 5°. ...Print Settings Include Rafts: Yes or No Supports: Yes or No Infill Density: 100% (solid), 20%, 30%, 40%, 50%, 60%, 80%, or 90%

These are simple accuracy tests designed to verify accuracy in X and Y (not layer height).\r\n \r\nWhen acquiring a new 3D printer, it's difficult to know its capabilities at first, and you may experience issues like gaps being too small or too large...