16 oz can koozie 3d models

Customized version of https://www.thingiverse.com/thing:1830304 Created with Customizer! ...https://www.thingiverse.com/apps/customizer/run?thing_id=1830304

Customized version of https://www.thingiverse.com/thing:1830304 Created with Customizer! ...https://www.thingiverse.com/apps/customizer/run?thing_id=1830304

Customized version of https://www.thingiverse.com/thing:1830304 Created with Customizer! ...https://www.thingiverse.com/apps/customizer/run?thing_id=1830304

Here is the file for the Crussty Koozie, in celebration of our very own @crussty on Twitteryou may also know him as Practical Printing from YouTube the awesome design was by @Fixumdude and realized by myself. It requires zero support for easy...

Here is the file for the Crussty Koozie, in celebration of our very own @crussty on Twitteryou may also know him as Practical Printing from YouTube the awesome design was by @Fixumdude and realized by myself. It requires zero support for easy...

I needed a system to keep all the Koozies in one location where I could easily browse through them, select the one I wanted, and maintain overall organization. ... In addition, I designed a section that attaches securely, allowing my metal Coleman...

Conquer the high seas with this fun Squid Koozie. The model is scaled for a standard glass beer bottle, measuring 2.24 inches in diameter. Use the chart below to scale the model for use with other common drink containers. Glass Beer Bottle ... 2.42"...

Introducing a perfectly-fitted funnel for 16.9-ounce water bottles. This vented design ensures smooth pouring, making it ideal for transferring pre-workout or creatine powders into your bottle without any mess. Large hole because gains are the goal.

The real challenge here was combining my koozie base with the super high poly "Cup Barrel", which required a bit of effort but ultimately paid off as I successfully welded them together. Printing: Results may vary, but I've successfully printed it...

So I said “why not”.I used the linked model as a basic model and the cut it up and remodeled to fit multiple can sizes at the bottom.  https://www.printables.com/model/225582-jaws-shark I do wish I would have mad the base taller so...

I designed this Koozie Rack to neatly organize and store up to 8 standard beer koozies on any wall with ease. To make the print more compact, I divided the model into two separate pieces with a single dovetail joint in the middle. Use either epoxy or...

Hang up those koozies like a stylish homeowner, not some primal cave dweller. Suspend them proudly on your wall. ...This creative concoction was crafted with flair in Tinkercad - check it out at https://www.tinkercad.com/things/8P7Jkvv8Uuk

Those cans are often leaking, when opened and closed a couple of times. ...This is a way to keep them upright.

The ring outer diameter is 87.2mm and the inner can hole is 60mm (2.4inch) to support a wide variety of small cans. It slips right into the cup holder and stops just above the illuminated ring if your vehicle has that feature equipped. A quick, easy...

The ring outer diameter is precisely 87.2mm, while the inner can hole measures 60mm (2.4inch), providing a decent variety of small cans with support. It effortlessly slips into the cup holder and stops just above the illuminated ring if your vehicle...

The ring outer diameter is 87.2mm and the inner can hole is 60mm (2.4inch) to support a decent variety of small cans. It slips into the cup holder and stops just above the illuminated ring if your vehicle is equipped with such.</p> <p>A light, fast,...

LEGACY PAGE : I HAVE WITHDRAWN THE PARAMETRIC MODELS BUT HAVE LEFT THE PAGE TO RETAIN DOWNLOAD &amp; "LIKE" DATAThis has been modelled on standard 7oz and 16oz cardboard tube type dispensers. I originally needed a Solidworks model of shuffleboard...

This thing was built using Tinkercad. ...Modify it now at https://www.tinkercad.com/designs/gzLzc3CB9r5/edit

I crafted this object hastily yet with considerable attention to scale, allowing others to easily incorporate it into their own designs. ...I'm hopeful that fellow creators will find it just as versatile and useful.

I struggled initially with the original design, as the lid kept falling off due to its narrow brim. To rectify this issue, I extended the brim downward by 2 millimeters, which allows it to stay securely in place while printing. My results using...

Here's a custom koozie design that captures the essence of life on the water. The exterior will be printed in a single bold color, while the rope insert will be done in a contrasting hue. ...Simply glue the insert into place, and you'll have a unique...

12oz can kooz with grooves for grip

I scaled up the mug and added a cylindrical liner so it snuggly fits a can. A US soda/beer can is 2.6in wide. ...I got good results printing it at 101% on a raft with supports.

... I scaled mine 457% for a inner diameter of 64 mm which should fit a standard beer can. A 471% scale should produce a 66 mm inner diameter which should fit a standard soda can. ... (Diameter of container/14 mm)* 100= scale factor% Cheers

This creation is a product of Tinkercad's innovative design capabilities. ...You can edit and refine it directly online at https://www.tinkercad.com/things/54lZBamGLwU.

I crafted this specifically for a bottle, but if you need it for a can, simply amplify its dimensions and you'll be all set.

When following print settings it fits a can perfectly, can't guarantee it'll be perfect otherwise, but with my printer it came out really nice: Skirt 75 mm/s speed 205 temp w/ 65 build plate 20% cubic infill .2 mm layer height

<p>Printed in TPU. ...Printed at .24mm with a .5mm nozzle @ 40mm/s, fan speed 33%. I used 15% infill, 4 bottom layers, 5 top layers including 2 concentric surface skin layers. Increase size by 1% so the can doesn't get stuck.

... store that is). ...Just a fun project, pictured showed with a 16oz. can because that is what I am drinking right now. I filled mine with the contents of a muscle cooking pack and super glued it closed, but be careful as that stuff is toxic. ...Enjoy!