toothpaste tube squeezer 3d models

Toothpaste, superglue, whatever. Follow me on Social Media for More 3D Design Adventures! ... 🎥 TikTok: https://www.tiktok.com/@panczeldesign 📸 Instagram: https://www.instagram.com/panczeldesign/ 📺 YouTube (English):...

Toothpaste, superglue, whatever. Follow me on Social Media for More 3D Design Adventures! ... 🎥 TikTok: https://www.tiktok.com/@panczeldesign 📸 Instagram: https://www.instagram.com/panczeldesign/ 📺 YouTube (English):...

... and easier to print model . ... i included a ratchet system to keep it from unwinding and it is easy to remove and place tube into it. the pin slips out to allow for inserting and removing tube. use supports on box. ... an brims (and raft) for pin.

the ratchet design will hold tube from unwinding as the tube rests against the frame. the roller just slides and snaps in an out of the frame when needed to assemble or remove tube. supports needed on roller. i made removable spacers, which keep...

With this model, you can get everything out of your toothpastetube. ...So in times like these you don't have to waste anything. It is the better version, which is also good enough for mustard-tubes.

the ratchet design will hold tube from unwinding as the tube rests against the frame. the roller just slides and snaps in an out of the frame when needed to assemble or remove tube. supports needed on roller. i made removable spacers, which keep the...

The ratchet design securely holds the tube in place, preventing it from unwinding as it rests against the frame. The roller is designed to slide smoothly in and out of the frame when needed for assembly or removal of the tube. To ensure stability,...

A ratchet system is built-in to prevent unwinding, making it easy to remove and insert the tube. The pin slips out for hassle-free insertion and removal of the tube. Additional support pieces have been added to keep the pin from sagging during...

... slot. ...The original model was taking up too much valuable real estate in my cramped workspace, so I modified it to suit my needs. To further enhance usability, I also created a smaller version specifically tailored for working with smaller tubes.

to use this you pull the knob out to tighten tube, then push in knob to frame to lock. it is a manual ratcheting system. i included a stl with everything oriented. the rod has braces in the middle of the rod to keep the sides of the rod from...

... mechanism ratchets itself with ease. No supports are required to hold it in place. Post processing is not necessary at all. The smallest part will be the first one to break under stress. A parametric model makes it easy to fit a wide range of tubes.

to use this you pull the knob out to tighten tube, then push in knob to frame to lock. it is a manual ratcheting system.</p> <p>i included a stl with everything oriented.</p> <p>the rod has braces in the middle of the rod to keep the sides of the rod...

To operate this device, grasp the handle and pull it outwards to secure the tube tightly in place. Next, push the handle firmly into its locked position within the frame, ensuring a sturdy manual ratcheting system. A corresponding STL file has been...

You might need to increase the machine's grip due to tube slippage. To do this, cut the gears with a sawtooth design. Overall, this setup works quite well. ... Here is a list of obvious machine components: 2 axle pieces 2 washer items 2 gear parts 1...

this work by ratcheting as you tighten up the tube (by turning the knob) i used supports, of where there is only i tiny bit. after assembly work in the ratcheting part because there is a little bit of support under the ratcheting levers. you could...

As you tighten up the tube by turning the knob, this work is done by ratcheting. I used supports at areas where there's only a tiny bit available. After assembly, the ratcheting part works well due to a little support under the ratcheting levers. You...

this work by ratcheting as you tighten up the tube (by turning the knob) i used supports, of where there is only i tiny bit. after assembly work in the ratcheting part because there is a little bit of support under the ratcheting levers. you could...

Simple Tube Squeezer based on another design I liked for it's simplicity. Second hole added to help hold in position and improve squeezing. ... Copy and edit if you wish: ...

I crafted a tube squeezer tool, one that I'm proud to say I brought into existence myself. :) The added bonus? It comes in three lengths: 45, 65, and 85 millimeters. ...And for those who need a bit more oomph, I've given the larger versions a...

I liked another design for its simplicity, so I created this Simple Tube Squeezer based on it. To hold the tube in position and improve squeezing efficiency, I added a second hole. If you want to use or modify it, check out this link:...

This is a remix of simple toothpaste squeezer but made wider for sensodyne toothpaste tubes.

This is a remix of simple toothpaste squeezer but made wider for sensodyne toothpaste tubes.

Can be used to squeeze but not roll toothpaste (aluminum will coil, the plastic wont) I usually print with 25% infill, 3 contours and a 100% infill at the intersection between the handle and shaft in case a lot of twist-strain is applied while using...

Squeezing toothpaste and glue out of tubes depends on key factors such as filament type and layer height. Key Details: Filament: Choose a PLA type Height layer: Use 0.1mm per layer Infill: Infil by at least 50% for strength. Tip: Add continuous...

This tube squeezer is suitable for standard aluminium or plastic tubes and enables vertical standing on a table. It's optimized for plastic injection moulding and/or 3D printing manufacturing processes, with a possible CNC-machined version as well.

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...

Tube Compressor Pro

Tube Compression Tool with Anti-Slip Textures

I altered the design from Starno to perfectly match the dimensions of my toothpaste container. To be precise, I designed an entirely new version that would allow me to generate a parametric CAD file for precision modeling. The notch in the design...

Easy to squeeze the ointment out of the tube. Comfortable to hold. The wheel does not slip when turning. ...I use this for medical ointment in 40mm wide metal tubes.