Liczymy pasujące modele…
The original file that I remixed is this , I have added new features to test. I added new things to test like stringing test and the write on the bottom. You can also test a lot of other things: bridging bed level stringing calibration…
Inpired by Maker's Muse's tollerance tests, this is a smaller version to test your printer clearance capabilities
Theses are threaded insert tolerance test for finding the hole size for your designs. Includes horizontal and vertical holes test for each size. Hole size is based in CNC kitchen sizing recommendations and the numbers indicate the…
Test part to check the tolerances of holes which are created according to the Design for Additive Manufacturing method. All the holes are nominal diameters of metric bolts from M3 to M10. This is a great way of keeping the laying hole…
Description: This Metric Nut and Bolt Tolerance Tester is a practical tool for dialing in your 3D printer's accuracy and optimizing your designs for M3, M4, M5, and M6 fasteners. The tester includes two models: Metric Nuts and Bolts…
Modèle de test de tolérance. Jeu de 0.10 / 0.15 / 0.20 / 0.30 / 0.40mm (SLA) Jeu de 0.2 / 0.3 / 0.4 / 0.5mm (FDM)
I had printed out the original, but the F695 bearing i had was really loose in the arm. I adjusted the bearing tolerance to be 13mm even down from 13.3mm. This seemed to let the bearing I have pop in gently and fit snug. Let me know if…
This print is designed to dial in the exact tolerance you need between parts in both the vertical and horizontal plane. This is important as 3d printers stack layers and the dimension and tolerance will be slightly different depending if…
Improved version of the original design by Kilian. The standard tolerances were too tight for my setup, so I refined them and modified the shape for better durability and easier mounting. To detach/remove the hook, you need to press the…
Summary This is a customizable snap-fit pill box, perfect for organizing daily medication. I designed it to be printable in Glow-in-the-Dark PLA so it's easy to find in the dark! This project includes 4 main versions of the lid, each…
Interlocking hexagonal storage cups for organizing boardgame parts or small items on your desktop/workshop. Following the original model's conventions, I've added 0.25-0.50 mm tolerance versions along with matching testpieces. The design…
As different filaments/printers etc needs different sized hole to fit my switches for handwired builds, I wipped up this supersimple tolerance tester. from 14.00 to 13.8 mm in .05 mm steps. Added step file with text as component. I used…
Print face-down. You can get the spacer from the original upload.
You'll need 2X inner and 2X outer pieces. Note the inner pieces are NOT the same. One (0.1) is slightly larger. Tested with ABS with 0.4mm nozzle and 0.2mm layer height, worked fine but needed tangs. Finalized with PETG 0.6mm nozzle and…
Information It seems when you order 8 mm magnets of specific sizes, they sometimes are not completely in spec. In most cases the magnets are usually slightly less in all dimensions than their advertised sizes. That's why I developed this…
This oversized screw model is a clean and satisfying print that combines functional threading with a bold decorative look. Perfect as a desk prop, tolerance test, conversation piece, or even as a playful mechanical display element. The…
Remixed model to add more tolerance to fit new variant of the original model
This is the original “intake_v2_120” shroud part that is contained in the “120mm/140mm Desk Fan (Updated)” origin model, where only the V2 120mm “Intake” part of that original model has been modified (in Fusion, using the “Configuration…
This is the original “intake_v2_120” shroud part that is contained in the “120mm/140mm Desk Fan (Updated)” origin model, where only the V2 120mm “Intake” part of that original model has been modified (in Fusion, using the “Configuration…
Tests hole tolerances from 1.9 mm to 2.1 mm to find the best fit for using 1.75 mm filament as a hinge pin. Prints in 3 minutes and not even uses 1 grams of filament. Hole sizes from the right side of the rectangle: 1.9, 1.95, 2.0, 2.05,…
this is a test ring that i made to try to work out approximate ball joint tolerances for a print in place all in one ball joint. the ring as 12mm pockets (12 of them) and then the balls are undersized by 0.1mm each starting at 12.0mm,…
This is a remix of the tool holder and bracket
🚀 Support My Work🚀 If you enjoy my designs, you can help me keep the creative spark alive: Post a Make: Seeing your prints is the best reward! It also helps me earn Prusameters to keep the filament flowing. 💎 Like & Download: Your…
NOTE: To print this model correctly, after importing the .stl into your slicer, you must split it into objects. If you don't, the slicer software will likely make the 0.1mm button part of the body, making separation impossible. The method…
A simple test to investigate printing tolerances, based on Brad Tallis's video here: https://www.youtube.com/watch?v=rUo3mNhCzkU . The top-left hole on the board (top-left is where the notch is) has 10.00mm diameter, going right and then…
NOTE: To print this model correctly, after importing the .stl into your slicer, you must split it into objects. If you don't, the slicer software will likely make the 0.1mm button part of the body, making separation impossible. The method…
If your printer does not pass this test try to change the horiontal expantion
With this tolerance cube, you can examine the condition of your 3D printer.
First of all, thanks @OnceinaSixSide for this amazing model I was getting holes for the magnets with 10mm x 2mm, which is great, except I still need space for glue. I remixed the original to improve tolerances for my printer I also wanted…
Made as a stand-in so I could model & measure my 3D-printed cases without having to use my actual pi.
I added 0.2mm tolerances to the orignal knob and the connector. Print Settings: Same as in the original Model!
Do you want to test how good your printer prints? If the bolt dosen't fit, print the bolt about 3% larger! The thread is an M16x20MM Type in the comments if you want to see a longer screw! Also if you see any mistakes, feel free to give…
Wheels for life counter for board/card games like Magic The Gathering/MTG. Different tolerances to fine-tune fit.
Test for print in place tolerances. The model has 0.1 0.2 0.3 0.4 0.5 1 2 and 3 mm clearence betwixt the fixed diameter and the mobile one. I've uploaded also the freecad model if you need to modify it (it's messy).
Snap Buckle with smaller tolerance model 2.0 cm - Side A. I just edited little bit size of file 2.0 cm - Side A middle section, with my remix buckle should be much less wiggly :)
I needed a way of knowing how various parts that I designed would fit together without a bunch of trial and error and wasted filament, so I designed this test. The markings on the test show the clearance in millimeters for each set of…
Slots to allow some more tolerance on the can size. Category: Kitchen & Dining
The popular fidget gyro has been a common print for people looking to have entertainment quickly. now people with lower quality printers can print one! this gyro has .5 mm gaps so you can be sure it wont stick together. WARNING: Make sure…
The large version of my gyro fidget for low tolerance printers. This one is slightly different, having small improvements. Recommended over the small version. Nonmatter what printer you have, this will work buttery smooth. Printed with…
Simply align the screw with the corresponding increment you would like to test the tolerance of. Then just twist the screw and see if you need a tighter or looser fit. Hope this little guide helps!
Really like the screwiverse system, but wanted a slightly less wobbly insert
Liked the original, thx for the upload Printess … however, after printing had some issues with it so I reworked it for myself and decided I would post here in case it helped others: Easier more enveloping fit front cover no glue stays…
Theses are threaded insert tolerance test for finding the hole size for your designs. Includes horizontal and vertical holes test for each size. Hole size is based in CNC kitchen sizing recommendations and the numbers indicate the…
A simple 5x1x4 Gridfinity bin to store your tolerance tester. Not stackable because I didn't need stackability, but a stackable one would be a good idea because you should probably print a tester for each filament you use (that you need…
A simple tolerance test made by me! use this tolerance test to test the tolerance (how small of a gap your printer can make without fusing the two pieces together) of your printer from a 0.1mm gap to a 0.5mm gap instructions just slice…
After receiving feedback from some people on the first version of this mechanical iris that the tolerances were too tight, I have now created an adjusted version of the model. This way, even those with less-than-perfectly calibrated flow…
Supports on build plate only. Printed in PLA following original creator's suggested print settings.
Small and simple set of different tolerances to help you figure them out
I wanted to compare fit and tolerance between my 3D printer and my brother's laser cutter. I also wanted a way to verify squareness. Description of Cuts: Four 1.0mm square holes print two and turn one 90 degrees to verify squareness 3mm…
A set of boxes and lids with varying fit tolerances and snapping dot depths to be used to find the most comfortable snapping / unsnapping, and also reliably staying snapped. Basis: Snapping dots are half of a 3mm sphere, with solids on…
I found the tolerance between the two pieces of the original hook way too tight, and even the remix by Rahmi (.3 mm) still didn't slide freely. Not sure if it was the rougher surface of the wood filament I'm using or what, but I needed a…
A better tolerance test (at least for me) that is not affected by overhangs at all. The pins are held in place by a band in the center that has a 1mm clearance all around, and the pins can be turned free with an 8mm Allen wrench. Edges…
Every printer/filament/slicer introduces very slight differences in print tolerances, etc. For models with moving parts its very important to calibrate the print such that parts slide smoothly, but are not overly loose. This was designed…
Heyho There are many cool tests out there to check your tolerances and other critical limitations to your printer. I love them since you can simply dial in the settings for new materials with them and be sure that your prints will be in…
The tolerances were to tight for my Ender 3v3 se so I remixed the original to make the filament actual fit into the hole
I printed at 20% infill ad it printed in less than 4 hours. I was very happy with the tight yet easy screwing mechanism/threading. Looses but can make it tight. Only issue was slight warping inside of the container in the over hang. NO…
This is my best approximation of the famous Metmo Cube seen online. The original is a precision machined piece of steel with such tight tolerances that its buttons disappear when fully depressed. And the air pressure from pushing one in…
Printed the orignal and modified parts in standard sunlu PLA on Bambu A1. Applied some vaseline to the parts that slide/rotate on each other to make it even smoother. FYI, this gearbox can only be spun via the input (smaller) shaft which…
This is a remix of the Mechanical Dice Box. I just changed the tolerances. Category: Mechanical Toys
I printed with 0.4mm nozzle and 0.2mm layer. Easy and fast print. To check the fit, place a cylinder in each hole of the base. Look for the tightest one to determine which size fits best for your needs.
Original has 0.2mm tolerances, this one has 0.1mm (80% scale print)
Test part to check the tolerances of holes which are created according to the Design for Additive Manufacturing method. All the holes are nominal diameters of metric bolts from M3 to M10. This is a great way of keeping the laying hole…
A smaller clearance test with only 0.1mm and 0.15mm. Allowing you to fine tune your printer faster.
A tolerance test that tests for 0.1mm, 0.15mm, 0.2mm and 0.3mm Make sure too not print with ANY bed adhesion features.
Introducing the V4 Infinity-Cube Tolerance Tests (0.4mm test vor V3.x) These test prints are designed to ensure your printer can handle the latest hinge designs for the Infinity-Cube V4 without resulting in overly loose joints. Each test…
Description: This Metric Nut and Bolt Tolerance Tester is a practical tool for dialing in your 3D printer's accuracy and optimizing your designs for M3, M4, M5, and M6 fasteners. The tester includes two models: Metric Nuts and Bolts…
This is a remix of a remix of just the number wheels of a 3 digit D&D counter. It has a very slightly improved (.2 on 2 sides) tolerance for the inner ring. The numbers are flush with the surface of the print for easier MMU printing.
This tolerance test is intended to help teams narrow down the perfect fit for the WCP-1121 by including 12 progressively larger openings labeled by millimeters.
The bolt was designed with a large tolerance of about 0.45mm so it can be printed on pretty much any printer. My Ender 3 has absolutely no problem printing it. Settings Supports: None needed Infill: 5% or more Layer Height: Any It can be…
RECCOMENDED PRINT INSTRUCTIONS: 0.2mm layer height, 3 walls, 15% infill Model will appear in slicer rotated 180 degrees x/y direction. Please rotate so numbers are facing upwards before printing to ensure accurate results This is a quick…
QUICK TOLERANCE TEST Test your printer's tolerance from 0.1mm to 0.6mm. The test is optimized for a 0.4mm nozzle and 0.2mm layer thickness. It should take 10 minutes to print! As soon as the print is finished, wait for the piece to cool…
I loved the idea, but while the original remix did snug up the rods, made my z-tops bend up a bit. I reduced the extruded section until the tops were square with the frame. Mainly for aesthetic purposes. Still clamps the rods nicely. #ocd
Original descriptions: Two base pieces and one middle piece are needed for a single lead screw. An additional two M3 screws are required to hold one of the ends on the X-gantry bracket and the other with the lead screw nut. Some slight…
Remixed to widen the retention tab slots since in PETG they were sticking to the sides. Added .5mm on each side of the tab since there is plenty of material around for structural reasons and the tab stays the same size. Filament in the…
I like this design, but the original tolerance was too tight and I couldn't get the magnets in. I've added an extra 0.05mm of clearance to the magnet hole, which on my printers is perfect for press-fitting the 6x2mm magnets into this model.
Tighter tolerances for the 8mm rods so they stop “singing” when the extruder carriage moves up/down.
I had difficulty assembling the original jig with the suggested pogo pins, as the holes were too tight when printed with PETG. I added about .45 mm to the diameter of the holes in the jig, and sunk the screw holes in so that the original…
Print it and see if you can move all levers! Simple mechanism with three spheres of different sizes with lever that is slightly smaller than the hollowed out room inside the box. There is a text next to the lever letting you know the…
I widened the hole for the PTFE tube, as the original was way too tight.
Modèle de test de tolérance. Jeu de 0.10 / 0.15 / 0.20 / 0.30 / 0.40mm (SLA) Jeu de 0.2 / 0.3 / 0.4 / 0.5mm (FDM)
I found that the tolerances in the standard files resulted in a very loose fit with lots of play for my printer. To solve this I expanded the male end of the dovetail joints on the cases. 0.2mm expansion worked best for my setup (Bambu…
I printed on Ender 3 v3 SE using PETG. 0.4 mm nozzle - printed 0.12 mm ( Recommended ); To reduce plastic consumption decrease scale from 100% to 75%; Precise wall were ON. Other settings were default “I wanted to reduce the weight of the…
Aims of this Model: These three models should be printed and measured in order to populate the spreadsheet (found within the attached pdf). This acts as your 3D printing assistant, informing you of the optimal tolerances required within…
It features a range of gaps and clearances, allowing you to determine the smallest tolerances your printer can handle. Perfect for fine-tuning your settings and ensuring optimal print quality. Because this model can be used to calibrate…
Another print-in-place tolerance test. Print settings advice Print it with the settings you usually use. This tool is made to test the tolerance for your print settings, not mine. Increase only the infill percentage at 15% and use 2 walls…
While working on another project, I felt the need to make a simple but effective tolerance test. Then I thought about uploading it here for free in case anyone ever needed it too. Since the tolerances of this test go down to 0.1mm, I…
This tool is designed to test fits for your desired 3D print for a hole from 10mm up to 10.5
Print settings: Infill: 15-20% Material: any(I used PLA+) When it gets to layer 38, add a filament change to be able to distinguish the writing aswell as slowing it down.
Check your printer's resolution with this before purchasing the Micro-Shelf Kit!
