diluc model fixed

It is, of course, an exact replica of any standard fixed pin butt hinge you'll find your house doors hanging on. 3 Sizes: 100mm x 25mm 70mm x 25mm 70mm x 20mm It was requested that I add versions without holes, which are now available too. ...

Here are my actual scaling factors: Settings for each part: Helicopter_blades.stl: 125% scale all axes Helicopter_Front.stl: 125% scale all axes fixed finger ring V1.stl: 124% X, 124% Y, 123% Z My printers are all well-calibrated and I used a value...

The original model suffered from severe distortions during the slicing process. ...To correct these anomalies, the model was reworked using Windows 3D Builder's advanced optimization tools.

It is, of course, an exact replica of any standard fixed pin butt hinge you'll find your house doors hanging on. 3 Sizes: 100mm x 25mm 70mm x 25mm 70mm x 20mm It was requested that I add versions without holes, which are now available too. They print...

(Check out the "before" picture for a clear illustration of this problem.) What's even more frustrating is that neither of the official versions has all the necessary fixes in place, despite both having some workarounds. I decided to take matters...

The original was still a work in progress when I found it, but I've since fixed the issues and decided to upload it for all of you to enjoy. To print the pieces using the original files, simply follow these steps: * Box_ends: 2 * Pillars: 4 *...

I resolved the model by rectifying my slicer's malfunction on the initial layer.

Ran through Netfabb software to resolve complex geometry issues and ensure a flawless 3D model.

Joined all the shells seamlessly using Netfabb's robust modeling capabilities.

Model of an unmanned aerial vehicle designed to reach an altitude of 6km.

Just cleaned up this scan and made it into a printable solid model.

This is an Assembly model of Unmanned Aerial Vehcile (UAV) for Disaster Management.

This model was designed using Tinkercad. ...Modify it now at https://www.tinkercad.com/things/6Zk8h9C5L1A

Crafted with precision using advanced 3D modeling software called 3D Slash.

I'm a machine learning model designed to assist and provide information.

Stitched the model in fusion360 since there was a constant error on the file when slicing.

just a lugia model to thicken the ears for fdm prints

I designed this bike for the awesomesauce comp...will be uploading the model soon

This is an Assembly model of Unmanned Aerial Vehcile (UAV) for Disaster Management.

Model G1 Humanoid Robot: Entirely designed to be printed in 3D.

Model of an unmanned aerial vehicle designed to reach an altitude of 6km.

There was an issue with the model, tail was not on a platform

THis is my third revision of my first attempt at 3d modeling

This 3D model is a simplistic representation of an Unidentified Flying Object (UFO).

Original model is broken and the clips fall off after printing. Now a good solid model ready for printing! ... Double-sided tape version: https://www.thingiverse.com/thing:4734311

Original model is broken and the clips fall off after printing. Now a good solid model ready for printing! ...Double-sided tape version: https://www.thingiverse.com/thing:4734311

Addresses the horrible geometry of the original model from which this is remixed. ... No more slicer errors.

I have revamped the scanned image and transformed it into a tangible, printable format as a solid model.

The new update corrects STL inaccuracies and successfully slices the model, making it ready to be printed seamlessly.

Just resolved several problems with the model, encompassing the sceptre and foundation. ...Everything should now function properly.