tuna can squeezer 3d models

This is a toothpaste squeezer. ...I don't remember what was the base of this model but it is a remixed version.

Handy Squeezer. Suitable for Citrus, Lemons, Oranges, etc., I used PLA and is functioning well. ... (PLA - Avoid dishwasher and / or hot water when cleaning)

There are numerous toothpaste squeezers available for download, but my students and I wanted to create our own unique designs. Working together, we measured various tube widths to determine the optimal slit size that would work with all common...

A simple and easy to print toothpaste squeezer that makes sure you get all the toothpaste out of the tube without wasting any.

Use every last drop of toothpaste with this tube squeezer! ... Also on Printables: https://www.printables.com/model/447900-toothpaste-sqeezer Upload your makes and comment below, thanks :)

Create a 3D solid CAD design for a lemon squeezer, and watch your culinary tool come to life in digital form!

Yes, yet another toothpaste squeezer that actually delivers results. ...Squeeze out every last bit of toothpaste with this top-notch model.

A football shaped Toothpaste squeezer. ... Visit [Be A Maker Club](https://beamakerclub.com/) to learn to make designs like this yourself or order a print of your own.

We found that current toothpaste tubes require users to use two hands to extract remaining paste, which can be inconvenient. Most solutions involve squeezing the tube through an object shaped like lips. However, our design simplifies this process by...

BTW: here you can see the squeezer in action: https://gph.is/2K70r8b Print Settings Printer Brand: Wanhao Printer: Wanhao Duplicator i3 V2 Rafts: No Supports: Yes Resolution: 0,1mm Infill: yes Notes: I printed all of my parts in PETG to have them...

... into the rotating shaft, then rotate the handle, no more force is needed, convenient and easy to squeeze toothpaste. The toothpaste squeezer roller is designed to reduce waste and save you money. ... Size Height: 46,5 mm Width: 64 mm Depth:42 mm

... design involved a rectangular shape with a hole in it. With the aid of digital calipers, I measured my toothpaste tube and modeled the squeezer on Tinkercad. ...Finally, I printed it using a Thing-O-Matic with dimensions 66.8mm x 8.5mm x 15.0mm.

... ...This handy gadget makes it easy to get every last drop of juice while minimizing seeds and pulp in your drink. Whether you're making fresh lemonade, marinades, or cocktails, a citrus squeezer will help you achieve perfect results every time.

... in the picture. After printing the squeezer, use it for the first time by carefully removing any thinner supports using a sharp knife. This will enable you to turn the axis freely. ... Print Settings: Supports: Yes Resolution: 0.2mm Infill: 100%

Two models of TUBE SQUEEZERS, whereby one is a redesign of an available product on the market, made of plastic material, using the Injection moulding process.The other one is a design proposal by me for a relative difficult fabrication.The clamping...

The large circular surface helps extract the last bit of product when the squeezer reaches the back of the nozzle. This design uses 2.7 cubic inches of material and can be scaled to fit the thickness of the tube being used. ...Simply measure the...

Drawing inspiration from the breathtaking scenery surrounding me, particularly the picturesque area around Bari in Puglia, I decided to create a functional squeezer in the iconic form of an octopus. Since one of Puglia's signature dishes is octopus...

This is a design of a toothpaste squeezer I made for 3D printing. There are three components and is very simple to install. ...Follow the video on youtube.https://youtu.be/PTMjN-JM-6k

saw and printed once an awesome tube squeezer. but sadly i did not safe it. i tried to make a copy of this good household tool. ...it's dedicated too whoever designed it first

Tre pieces tube squeezer. ... Base: print without support Perno e Supporto must be printed togheter setting slicer to force "supporto" as support (see picture for correct orientation) Molla: print on one side with support (see other picture)

I built this toothpaste squeezer from scratch, inspired by the ChatterComa design concept. ...It only functions optimally with standard 50ml packaging sizes, and I'm pleased to report that it performs admirably.

Hi, this is my version of tube squeezer. ... https://youtu.be/n80eZNWblwQ https://youtu.be/gYuv6DCXUzE Print settings: Material - PLA Nozzle - 0.4 mm Layer height - 0.3 mm Top, bottom wall, side walls - 3 mm Infill - 50%

You attach the toothpaste squeezer to the tube's end, then push it firmly down toward the cap. ...This action forces all the toothpaste out, leaving no residue behind.

saw and printed once an awesome tube squeezer. but sadly i did not safe it. i tried to make a copy of this good household tool. ...it's dedicated too whoever designed it first

A tool specifically designed for extracting juice from fruits and citrus, this versatile fruit/citrus squeezer is an essential kitchen appliance that makes preparing fresh fruit juices quick and easy.

... control makes it easy to get every surface clean, from the front teeth to the back molars. Toothpaste Squeezers are designed to withstand the rigors of daily use, with durable construction and a comfortable grip that fits perfectly in your hand.

This is a remix of Simple Toothpaste Squeezer https://www.thingiverse.com/thing:867811 The 'Simple Toothpaste Squeezer' is excellent. I made the following changes: --Chamfered corners (previously radii) to reduce warping --Chamfered the outer...

I made a tube squeezer inspired by Simple Toothpaste Squeezer by ChatterComa June 06, 2015: https://www.thingiverse.com/thing:867811 This version fit different tubes and widths. I made 4 different gaps ranging from 2 mm-0.5 mm tubes. I wanted to...

The intricacies of a tuna fish can revealed in a mesmerizing 3D representation of its internal components. ...A vibrant and colorful virtual replica takes center stage, exposing the intricate architecture that lies within this common household item.

###My Goals: * Design a squeezer that can handle ~1/2l of juice * Make it motorized because why not? * Use a safe and elegant way to activate the motor * Make it reproducible with widely available standard parts * Avoid an extremely unsafe design *...