anycubic i3 mega filament 3d models

A versatile filament roll compatible with the Anycubic i3 Mega 3D printer and a range of other models, ideal for users seeking flexibility in their printing options.

These things are specifically designed for use on the filament at the Anycubic i3 Mega site or located at the very top of this particular 3D printer model.

This is a remix of the Bracked from the remix of the Ender 3 Filament Guide. ...The bracket was designed to mount on an anycubic i3 mega. ...

Filament dust filter for Anycubic i3 mega attaches where the Bowden extruder sits, requiring removal of the filament sensor from its original position. I've relocated my filament sensor to a safe spot within the printer, storing it along with a...

A versatile filament sensor retainer, designed specifically for ANYCUBIC i3 MEGA users. It seamlessly integrates with the filament guide found at this link: https://www.thingiverse.com/thing:2763266. Installation is straightforward, allowing for...

This upgraded spool bar provides a larger surface area than the one included with the Anycubic i3 Mega, enabling smoother rotation and reducing the risk of tangled filament. ...Measuring 50mm in diameter, it can accommodate various types of filaments...

I designed this adaptable spool holder to securely position filament spools of varying diameters at the center of my Anycubic i3 Mega's original spool holder. ...A 13cm long M10 threaded rod is required to assemble the parts together, providing a snug...

Most i3 Mega users will know the issue that the filament sensor is constantly moving because the magnet fails to secure the sensor. This file can be utilized with the authentic Anycubic filament sensor. You don't have to print a new one. How to...

Print one spool holder for each side of the filament, designed to fit perfectly in the stock Anycubic i3 mega spool holder. The spool will be centered and can rotate freely. This design requires support for the step that keeps the spool centered. It...

A simple filament spool holder for the Anycubic i3 Mega is designed to work seamlessly with direct drive extruders. Just attach it securely to the top frame and place the filament spool on it. The holder isn't a tight fit, so you can easily adjust...

The Anycubic i3 Mega 3D printer is a fantastic machine with a built-in filament sensor, but unfortunately, the sensor's mounting system often causes it to come loose during printing, leading to annoying ticking sounds due to each filament short...

I was so anoyed of the original magnetic mount of the I3 Mega filament sensor - so I desinged this angled wall mount to install it in a fixed position on the wall of my 3d printer housing. ...It's angled so that the filament points into the direction of...

We're here to help you avoid filament sensor issues with your ANYCUBIC I3 MEGA. Our solution makes it simple to install and remove without having to take out the screw or the filament. To get started, follow these steps: 1. Download fss2.stl This...

For my Anycubic i3 Mega, I employ a customized filament holder that clicks into place precisely where it should instead of relying on the separate original holder, which I despise. The original holder often causes issues, even when used, as the...

I was so anoyed of the original magnetic mount of the I3 Mega filament sensor - so I desinged this angled wall mount to install it in a fixed position on the wall of my 3d printer housing. ...It's angled so that the filament points into the direction of...

Here's a custom filament spool holder designed specifically for the I3 mega 3D printer. The design was created using Fusion 360 software, making it easy to remix and modify as needed. To ensure a perfect print, carefully review the dimensions before...

I reached out to Anycubic regarding the purchase of their new filament sensor, which is part of the updated ultrabase model for the i3Mega. It turns out that the sensor is another 3D printed component, just like the original sensor. They simply...

This is a spool cap that attaches directly to the Anycubic spool holder, designed to perfectly match the centre rod and filament spool. Without this attachment, the filament spool will continue to jerk when there's a filament pull. This innovative...

This printer is incredible and never needs any upgrades, I personally don't buy printers only to discard plastic on "upgrades", if that's what I want then I would build my own printer...\r\n\r\nHowever, this one from Anycubic should be updated with...

The sixteen-millimeter diameter hole in the cap matches the original rod of the Anycubic stand perfectly. This cap includes a small seventy-three millimeters mark for added reference. ... I have attached the Fusion 360 file, giving users the option to...

This is the key filament tube that connects the filament feeder to the magnetic filament sensor. Typically, if the sensor is quite rigid and the filament spool sits very close to the printer, the filament will not pass through without significant...

After all the factory filament sensor's fixtures broke off mysteriously and the end-piece started turning on or off automatically depending on the filament's position, I decided to build my own detector body. ... To do so, you'll also need: 3 M3...

I printed myself a spool holder from KuriOSO, but my filament sensor kept wobbling around. To solve this issue, I designed and created a new filament sensor that works with the original one. ...If you want to use this modified sensor, be sure to place...

I Designed This Little Bracket to Fix My Broken Filament Sensor, Which Wouldn't Hold on to the Magnet Properly. It's a Very Simple Design That Requires No Extra Hardware or Specialized Tools - Just the Original Screws from the Magnet Will Do the...

I'm adding a new feature to my system - a "z" stopper hang. This will prevent the hang from occurring by inserting a "z" character at a specific point in the code. ...The hang typically occurs when a user enters a command that is too long, causing the...

I've fixed the magnetic connector issue by creating a custom mount that fits perfectly onto the end of the sensor feeder. To secure it, simply push the mount upwards until you hear a distinct clicking sound - this indicates it's securely in place.

This concept meets my needs, in terms of managing the space available for the printer, ease to use, etc. The joint uses 2 6201 bearings (32x10x12), a pair of M10 threaded rods, one 75mm long and the other 130mm, 6 M10 nuts, 2 M3 nuts and 2 M3x10...

You'll also require: - an M8 stud - an M8 screw-nut

This creation was crafted using Tinkercad's powerful design tools. ...You can easily modify and refine it by visiting their website at https://www.tinkercad.com/things/5Fci5xMagf0.