calibration cube rounded corners 3d models

This is a simple calibration test cube for your 3D printer with X, Y & Z written on the axis

This is a larger cube (50x50x50mm) with smoothed-off edges for calibrating your printer. The XYZ text debosses are offset to the corners so that their edges won't interfere with your calipers. All the corners and edges are chamfered and filleted so...

This is a larger cube (50x50x50mm) with smoothed-off edges for calibrating your printer. The XYZ text debosses are offset to the corners so that their edges won't interfere with your calipers. All the corners and edges are chamfered and filleted so...

The edges are rounded off, introducing a limitation in the system: you must have walls at least twice as long as the rounding to understand why, read "thin wall.scad" and/or Minkowski documentation:...

... available options, for added accuracy. The files also include a 20mm cube alternative for those who prefer to print a smaller and faster calibrating cube. ...Here's my straightforward contribution to simplifying your 3D printer calibration process.

The cube is designed to measure the quality of printing, stringing, chamfering, rounds and pockets.

Like all calibration cubes this one is 20mm tall, wide, and long.Prints without supports!Printing Settings:Resolution :0.2Support:NOInfill :20%Raft:NOMaterial:PLAFilament Designation :ANY       More designs Calibration CubeNinja Throwing KnifeBed...

The SCAD file includes two modules: square_round(x,y,z,r,[0,0]) and cube_round(x,y,z,r,[0,0,0]). ...Along with adjusting the x, y, and z dimensions plus the edge radius, I've also added a positioning vector that offers more options than the standard...

V1 Engineering Calibration Cube - inspired from Voron calibration cube.30mm calibration cube inspired by Voron calibration cube but paying homage to @V1 Engineering. ... https://www.printables.com/social/47417-v1-engineering/aboutCube features a top...

Introducing the Orca Cube!A functional calibration cube — don’t just throw it away; you can store small bolts and screws in it. ;)It's a bit challenging to print it nicely, but with a little calibration, you can do it. ...It's quite rewarding when one...

If you've accumulated a collection of 20mm calibration cubes, here's an effortless approach to showcasing them. I'm using this technique to demonstrate the colors of filament I possess or have utilized. ...You can continue stacking as long as you have...

... federation invaded Ukraine with 'Z' military insignia. This is a remake of standard calibration cube with Ukrainian trident replacing vertical-axis sign on the model for people who don't want to print cubes that remind russist swastika. ...

Rounded Version of Infinity Cube Lampshade: https://www.thingiverse.com/thing:3520798 Simple yet stylish lampshade for an E27 LED lamp based on Infinity Cube Rounded: https://www.thingiverse.com/thing:3522230 Print: Three frame parts with pins, Three...

This is a precision calibration cube for your 3D printer. Measure its dimensions: 2 cm by 2 cm by 2 cm. Print it out to verify that all corners are precisely 90 degrees, the edges are exactly 2cm long, and the holes are perfectly sized at 1 mm, 2 mm,...

... tolerance, ghosting, bed adhesion. ...Takes about 3 hours for my Ender 3 with Klipper to finish.New version have more rounded corners for tolerance test to support printers that struggles with sharp edges and reduced filament usage by 2g.

A really quick calibration cube for calibration of x,z,y steps/mm and overflow/filament extrusion issues. Cube Dimensions: Width = 20mm Depth = 20mm Height = 20mm Wall Thickness = 0.8mm This cube will work with a 0.4mm Nozzle. Adjust step/mm if...

I'm just messing around with some 20mm calibration cubes I've got lying around, so I figured I'd whip up a quick gadget that lets me spin one of them without dropping it. It was purely for fun and entertainment, nothing more. This thing takes a bit...

... had odd sized (20.26) X, Y, and a smaller Z axis. ...This should be precisely 20 on each side so you actually are calibrating. Thanks to original designer for the rounded edges, it does permit better measuring accuracy. Category: 3D Printing Tests

The parent design had odd sized (20.26) X, Y, and a smaller Z axis. ...This should be precisely 20 on each side so you actually are calibrating. Thanks to original designer for the rounded edges, it does permit better measuring accuracy.

The parent design had odd sized (20.26) X, Y, and a smaller Z axis. ...This should be precisely 20 on each side so you actually are calibrating. Thanks to original designer for the rounded edges, it does permit better measuring accuracy.

Everyone can now expect a more straightforward process of obtaining genuine calibration figures, thanks to this compact calibration cube, measuring just one inch on each side and featuring letters that stand at a depth of 0.1 inches.

This compact 20mm x 20mm x 20mm calibration cube is perfect for verifying your printer's settings before and after making adjustments, ensuring accurate E-step calibration and precise measurement of all three axes.

I've also rounded all the remaining sides and letter borders to prevent linear advance issues as, in these spots, tiny blobs forms if this parameter has not been calibrated yet.I've also left a preconfigured .3mf file with the new Prusaslicer...

Just rounded off the corners on the original design for the Y Axis Tensioner. ...

Luckily, WarrantyVoider provided a solution with his rounded corners example (http://www.thingiverse.com/thing:8812). I easily incorporated it into the scad, creating sleek rounded edges! For exporting to STL and other formats, follow the original...

Remix from https://www.thingiverse.com/thing:4744838 with rounded corners

Just two cubes (one 1cm, one 2cm), one to fit inside the other to test filament thermal expansion/shrinkage and printer precision. ...A well-calibrated printer and slicing setup will result in a perfectly fitted 2cm cube like the image.

This is a custom calibration cube I designed in blender. It shows the x y and z axis and uses minimal filament. ...use the cube subdivision and 20% infill and it will only use 1.21 m of filament

Challenge your printer and yourself with this calibration/torture cube. ... With this cube you will be able to test following problems: *linear and circular dimension consistency *concentricity through holes *bed adhesion *wrapping *supporting...

Seeing the different versions of the impossible cubes on thingiverse I have decided to create my own model but it would be fun to make my version with the rounded angles. The 6 identical pieces are assembled by triangular interlocking which ensures...