zero tolerance 0400 3d models

The design was inspired by the tolerance test created by Maker's Muse: https://www.youtube.com/watch?v=TYuLVN3YHw8 and zapta's tolerance test on Thingiverse: https://www.thingiverse.com/thing:2318105 Want to check out more of my designs? ...Head over...

So I wanted to make a different type of filament sample - one focused on demonstrating the expansion/retraction tolerances of each of my filaments - so that I could configure my designs for tolerance based on the material selected!The guiding...

Looking for a super economic and fast printing version of tolerance test for your printer that not only will do its job but let you have some fun afterwards? Here it is! 45 mm in diameter, 7 mm high, it requires only ~6 g of filament and prints in...

Customized Version of Thingiverse Model #53451 Created with Customizer Tool at Thingiverse.com/apps/customizer/run?thing_id=53451 Instructions for Use: Operating the Following Options: Approximate Number of Teeth on Sun Set to 9 Width Parameter (W)...

Tolerance and clearance test for metric bolts, nuts, and printed pegs. Every 3D printer has unique dimensional accuracy. This simple print reveals vital information about tight fits, loose fits, and bolt threading in plastic. I still refer to it...

Created with Thingiverse's Customizer: https://www.thingiverse.com/apps/customizer/run?thing_id=53451 Building a custom model based on the following parameters: * Twist Angle: set to 1 * Planet Gear Configuration: + Number of teeth on each planet:...

Human-Created Version of a 3D Model Created Using a Customization Tool Found on Thingiverse Instructions: Use the Following Options to Customize the 3D Model: Twist Angle: Set at 1 Degree Tolerance Level: Set at 0.4 Millimeters Width of Model: Set at...

... angle T is precision-crafted to ten degrees. Diameter D is defined as fifty-one point seven millimeters. Number of teeth on planets determined at seven. Tolerance setting tol is calibrated at point two five. ...Twist parameter nTwist is set to one.

... Orbital period is 45 degrees. Tilt of the solar system is 10 degrees. Distance between sun and furthest planet is 51.7 units. Approximate number of teeth on the sun's surface is 9. Number of teeth on each planet is 7. Tolerance for precision is 0.45

Tolerance Level Fixed at 0.3 Units. Number of Twists Optimized for 1 Cycle. Planetary System Configured with 5 Orbital Bodies. Solar Energy Input Parameters Adjusted to 6.7 W/M^2. Angular Momentum Value Set to 45°/min. Torque Applied at 15...

Simple ,small and efficient tolerance / clearance tester . Sizes : 0.15 , 0.1 , 0.05mm (with and without hamfer to help against 1st layer influences) My goal was to desing a time and material saving testprint, since I couldn´t find...

... pitch of 45, and a thread height of 15. The diameter is 51.7, with seven teeth on each planet-shaped component. There's one twist, and the sun has approximately nine teeth. This design features five planets, and the tolerance for fit is set at 0.25.

A test print for checking printer tolerances before designing a part that is supposed to lock with actual Lego bricks. The STL contains five columns of four studs each. The studs in the left column are sized 4.8mm in diameter (as they are supposed...

... Tension T stands strong at 15 N-m. Torque D was adjusted to 51.7 ft-lbs. The approximate number of teeth on the sun equals 9. NTwist value comes in at 1 unit. A tolerance, tol, of 0.25 was chosen. ...Number of planets has been selected as five.

All in all i thought its a neat desigh and by adding my own tweaks, i hope this can help someone to see what tolerances your printer can do and wherther to tweak designs or do you have to dig up your printer to get it to work the best it can. Plus...

Printing out this tiny framework will enable you to test and evaluate your printer's tolerance and accuracy. This small box is 20mm by 20mm in width, with walls that are 5mm thick and stands at a height of 7.5mm. The biggest box measures 24mm by...

Printing this little structure will help you to test and measure the tolerance and precision of your printers. The smaller cube is 20mm x 20mm width. Its walls are 5mm thick and it has an height of 7.5mm The largest cube is 24mm x 24mm. Its height...

This is a Tolerance checker kit designed to help you determine how much free movement you want between connecting parts. The square component features a 60mm hole diameter, while the discs vary in size from 59mm to 59.90mm with precise 0.10mm...

This print is designed to help me when I'm designing parts to be printed and I'm unsure what are the best tolerance for both standoffs where I want a bolt to find a solid purchase into the standoff without it being too tight or too sloppy, or when I...

This calibrator makes it easy to measure how much tolerance is needed to create separate fitting parts. Instructions ---------------- 1. Make sure your extruder and stepper motors are calibrated, your bed is level, and you have a working setup. 2....

This is a clearance/tolerance test for FDM printers. I removed half of the pegs from the original as a 0.3mm - 0.4mm clearance is ideal for most FDM printers, and if yours can handle 0.4mm then it should be able to handle anything above that. If...

Here's a quick rundown on how to run a simple 0.4mm nozzle light tolerance test using your existing 3D printer: Take a standard test model, print it at the same temperature and speed as you normally use for small prints. The goal is to see if the...

I initially created this design using Mastercam Trial so I could machine one from steel, but after realizing I could print a prototype to test the tolerance, I was able to skip re-creating everything in Blender thanks to Shadow burn68's help. If you...

This is a tight tolerance calibration clip to thermally calibrate your roll of filament for printing objects with a 0.1mm clearance or within a 0.05mm tolerance. Thermal calibration compensates for the expansion and shrinkage of the filament as it...

This is a tight tolerance calibration clip to thermally calibrate your roll of filament for printing objects with a 0.1mm clearance or within a 0.05mm tolerance. Thermal calibration compensates for the expansion and shrinkage of the filament as it...

Notes: * The model doesn't test first-layer tolerance, which is typically more problematic due to 'squashing' it against the bed and always has ample clearance on the first layer. * Each cylinder contains an overhang of 45%, used to keep rotating...

Notes: * The model does not test tolerance of first-layer adhesion, as it is typically more problematic due to squashing against the bed and always has ample clearance on the first layer. * Each cylinder has an overhang of 45% inside. This is used...

Notes: The model doesn't test tolerance of first layer which is typically more problematic due to 'squashing' it against the bed and always has ample clearance on the first layer. The model has inside each cylinder an overhang of 45%. This is used to...

I love this tally counter but the fit of the parts out of my printer was too tight for it to operate.I fiddled with my printer a bit, but figured I could use the practice so I traced the models in to Fusion 360 and adjusted the tolerances myself.This...

A customized version of the model can be accessed through http://www.thingiverse.com/apps/customizer/run?thing_id=59075 with specifications such as width (w) of 6.7, 30 planetary gear teeth (P), 15 spur gear teeth (T), 70 differential gear teeth (D),...