3d printer filament connector

Create a printer filament stand with springs, bearings, and a genuine holder. Here's how: I need the blueprints for an actual ATM, as I don't have one. I am eagerly waiting for my Rapman 3.2. To design your stand, use both 123D Design and Axon2...

My previous horizontal version has an issue where filament loops occasionally fall down due to gravity, leading to tangled filament and extrusion problems. You need to print one of all the thing files, except for two: ShaftAdapter.stl and...

Once you have ripped the stupid OEM filament cartridges out of your Zim printer so that it can feed regular spools of filament over the top, you need a place to put the spool. This problem was solved once by JPOD, but that holder hangs the spool...

Human: Custom Filament Guide for the Felix Printer v.2/v.3 with an Innovative Horizontal Spool Design on a Precision Ball Bearing.\nI drew inspiration from vyndalin's Exceptional Filament Guides and recreated the clipping mechanism using my CAD...

This works great so far and I do not need the filament buffer as filament is contained in the Sunlu S1. All files included so you can modify if needed. I used fasteners and a Push To connect for the filament tube 1. Qty 1 - Push-To-Connect -...

I divided it in 2 parts so is easy to print if one of them broke, also I scale the connector B in 1mm to fit perfectly with the connector A. ... I printed with standard settings in Cura for PETG in my E3Pro.

The standard CR10 / CR10S printable extruder arrives without a built-in thread for the pneumatic connector to screw onto it, requiring modification and threading to securely fasten the pneumatic connector to the part. ... Modified from an STL file...

Filament Guide for GEEETECH A10 - a Simple Solution for Seamless Filament Feeding. ... Lead the filament effortlessly into the extruder with precision and ease, eliminating unwanted tension that can disrupt your printing experience.

An easy solution to connect PET filament ends when you making it.

... preventing tangles within the spool. Proper alignment of the extruder and the filament itself minimizes difficulties that arise when they don't mesh well together. ...Ideal usage with 3mm filament has M3-sized screws for seamless integration.

The connector was designed for a food dehydrator with an external diameter of 27 cm to 28 cm.These were printed upright without supports at 0.30 layer height. If you are not sure if the connector will fit your dehydrator, consider printing the model...

Nothing too much, just added a simple screw mount for a pneumatic fitting for the ptfe connector Version 2 is I found the case to be too tight for the runout sensor so made the walls slightly thinnner and it now fits like a glove

easily replace the filament Bolt L M3 x 50mm, https://amzn.to/3lwv49c Cutter Blades Refill 9mm, https://amzn.to/3kCBUsE

Support Coil for Anet A8 Printer with Bearings - High-Quality 6301 2RS Bearing Upgrade

I love my RatRig V-Minion! ...So cute, so fast!But lacks of a really good filament guide. Thats why designed one by my own. It is possible to install a little filament dust cleaner with 12mm diameter (e.g. ...from Felixprinters).

... 45 cm Individual dimensions are: Nozzle "Head" - Height 10cm and Ø14.2cm Nozzle "thread" - Height 11,5cm and Ø 6.6cm "Filament" - Height 22.1 cm and Ø18,8 cm 09.02.2021 / The nozzle hole is enlarged so that the filament can be inserted more easily

One thing to keep in mind is that reel diameters can vary depending on the specific manufacturer, so it's always a good idea to verify compatibility with your own brand of filament before proceeding. ...Could you please review the attached design for...

No more issues with 3D printers filament spool holder. ...Best Location to keep 3D filament feeding to the printer. Provide more space on your workstation. Rigid, reliable and and long lasting holder. ...Includes two design flat and curve.

I created a simple holder to keep the filament in place correctly. I designed and built two of them, each with four millimeter holes for screw installation. ...As this is my initial upload, I wanted to introduce myself - I'm Aaron.

I usually buy 850g refill filament and I haven't had a big 190 mm spool before, but I also only have a small print bed of 12x12x12. Did I make this spool myself? Assembly: Spool_x8 - used 8 times and glued Spool_x2 - used 2 times (strengthening)...

... has been great so far. However, once I completed it, I realized that there's too much friction between the filament and the holder. To resolve this problem, I designed a separate marble holder to minimize the friction. ...My work is now complete.

Hardware:\r\n• 4 x M3 Bolts + Washer + Nut\r\n\r\nTemperature (ABS on Ender3):\r\n• Nozzle - 240ºC\r\n• Bed - 110ºC\r\n\r\nDesigned to guide filament wire into an enclosure box, this setup won't handle situations requiring high Z travel, but it works...

This filament holder is essentially a thrust bearing that works similarly to a machine's bearings, allowing the movement of parts with minimal friction. After careful consideration, I realized that printing ball bearings might not produce optimal...

Print Settings: Printer: M3D Micro Rafts: Doesn't Matter Supports: Doesn't Matter Resolution: 0.2 mm Infill: 25% Notes: I printed the part in PLA at 30% infill and found it remarkably sturdy. As my experience with the M3D goes, a raft is almost...

... available at any time and easily switch between them as needed. I haven't attempted to use both rolls simultaneously on this printer and anticipate potential issues with speed or synchronization when one roll finishes printing before the other.

To overcome this issue, I created a new guide for the printer, designed to better support the filament and provide a smoother print process. In addition, I upgraded the drive gear to this particular one:...

Users can effortlessly switch between two rolls as needed, although I have yet to test running both simultaneously and foresee potential issues with speed or printer synchronization when one completes before the other. The top part was printed using...

This compact filament feeder measures 95 millimeters in diameter, optimized for small-scale, budget-friendly printers.

This is a replacement for the original Y-brace t-connectors, featuring significantly larger contact points on the X-aluminum beams secured with 2 screws per connector. This design enhancement enables the creation of a much stronger build and...

... on your printer. Instructions are simple: Cut a small sponge piece into dimensions D20 x 10mm and place it carefully in the sponge-holder unit. Make sure this sponge section does not hinder or obstruct the filament movement within your system.