filament roller 3d models

This filament roller needs four 608 bearings. ...Works with 1kg and smaller coils.

A straightforward yet efficient filament roller designed to work seamlessly with 6-8mm steel rods.

Filament Roller Overview and Background The Filament Roller is an uncomplicated device that utilizes a curtain rod as its primary poles. A screw is attached to a wooden base, providing stability. Lesson Plan and Activity This activity requires...

This is a simple push fit filament roller, it requires 2 x 22mm roller bearing that is 7mm in diameter with an 8 mm centre. ... Print at around 20 % infill

Filament roller. Only needs four ball bearings 8x22x7 easy to find, the same as in rollerblades (608 ZZ). ...Edit: Made a version with longer rollers (long version) check filename.

This is a simple push fit filament roller, it requires 2 x 22mm roller bearing that is 7mm in diameter with an 8 mm centre. ... Print at around 20 % infill

A filament roller I've been using to wind filament onto bambu spools. The only additional parts needed are 4 608-2Rs bearings. ...Adding a non-slip rubber pad to the bottom of the base helps prevent sliding

This bearing-mounted filament roller requires a total of four 608-sized bearings to function properly. ...It is specifically designed to work seamlessly with coils weighing up to 1 kilogram or less in size.

This is a filament spool roller for ender 3 type printers. ... It takes 2 bearings of diameter 28mm and inner diameter 12mm.

Simple filament roller with TPU traction tires added so entire assembly rotates preventing flat spots in roller. I used Filacube PLA2 orange for the main parts and Overture TPU for the black traction tires. FYI you will need 2 grip tires if you use...

This is a filament roller which contains some nice features. You need 4 ball bearings (6200ZZ 10x30x9) - the other parts are printed. You need no tools, no screws, no shafts, no threaded rods. The roller can be screwed to the surface on which it...

This is a versatile filament roller that comes equipped with some impressive features. To assemble it, you will need four ball bearings (6200ZZ 10x30x9) - fortunately, all other components are printed. What's more, no specialized tools, screws,...

The main frame of this Filament Roller can be customized to your desired width. It requires a 2ft (printed) length and 400mm M8 threaded rods. You will also need 4 locknuts and 4 standard M8 washers. For each filament position, you'll require 4 SKF...

This is a filament roller that requires some basic 7mm (internal diameter) bearings of your preference. Print each half on the dovetail side with supports for the bearing clips, then simply snap the bearings into place. I'm certain I came across...

A fairly chunky extendable filament roller.I created this because I didn't like the way my filament spool was sticking and dragging on the regular spool support or the height of the machine with the spool on top and I couldn't find an existing model...

Filament Roller Bearing ================== Here is a novel method for reducing the friction of rotation of the filament spool on 3D printers. It's essentially a wide linear bearing with an inner shell, outer shell separated by arrays of captive...

A fairly chunky extendable filament roller.I created this because I didn't like the way my filament spool was sticking and dragging on the regular spool support or the height of the machine with the spool on top and I couldn't find an existing model...

Filament Roller BearingHere is a novel method for reducing the friction of rotation of the filament spool on 3D printers. It's essentially a wide linear bearing with an inner shell and outer shell separated by arrays of captive needle bearings on...

The Prusa i3 Acrylic (thickness 8mm) Edition is a mid-roller design that sits between a filament roll and the extruder. Three standard 607 ball bearings are required for rolling the inner roller and rotating the frame. ...Please consult the attached...

...... I utilized R188 bearings throughout the process. While it may not be perfect, this method functions well for my needs. However, I suspect that it could benefit from a more concave surface design to better trap filaments in the center of the roller.

I created a simple roller that relieves tension as well as allows some play as the filaments are feed through. You can use multiple roller to feed different color filament when switching color in-between. You still need to manually load and unload...

 Will fit any size of spool.I happened to have two pairs of bearings, 21mm and 18mm (6 and 8mm inner diameters) so I designed this roller around those with the larger bearings to the front (probably less likely to drag the spool towards the edge of...

Smooth Rollers Need Simple Holders...\r\n\r\nFix It and Print It...

this is a roller model to allow the roller spool to roll more easily. make 2. one for each end of the spool face them in the opposite direction. snap the clamp to secure to the ender spool holder. ...

... benefits, I proceeded. Designed for Prusa I3 printers, assembly requires printing the main body, two rollers, and axles. PLA users may need to heat the top part during roller insertion, while ABS might allow direct installation without breaking.

To assemble the roller, glue the bearings in place using a hot glue gun, and then secure the plastic pins with super glue. I've added a 2-way pin and a joiner to enhance its functionality. ...If desired, you can use the joiner to run three rolls on two...

PLA+ 185 filament and 60 bed. ...35% fill

A customizable base for your spool of filament

This roller is utilizing a bearing 6002ZZE. I am restricted from using any alternative bearings. If you find this information valuable, consider donating an amount of your choice to my PayPal account at paypal.me. ...Your contribution will help offset...

Designed by CosmicDesingerCustom design roller to help multi purpose jobs. Modular design makes it easy to transport with you. It should not be used researching or developing for professional works. I am not responsible for any problems that may...