anet a8 x belt holder 3d models

The initial Do-It-Yourself component was severely flawed, completely unusable. I rebuilt it from scratch, giving it a second chance at life. ...Afterward, I made the necessary modifications to fix its numerous issues and bring it up to par.

The human is required to fit snugly onto the smooth rods of the X-axis, ensuring the bed levels out evenly at a uniform height. ...Meanwhile, the comparator must be carefully inserted alongside the piece, preventing any unwanted movement within its...

This is my take on some of the other X Axis Belt Tensioners. Simple and made specifically for the Anet E10 and E12. Later revisons will be added, printing rev.D now. ...

I upgraded the X-Belt-Parallizer for the Anet E10 to suit my specific requirements: - The belt is now 2mm higher, preventing it from coming into contact with the wheel of the carriage. - The entire component is now 2.5mm thicker, providing enhanced...

Two belt sleeve variants have been introduced: the "Belt_sleeve_Anet_belt" is designed specifically for the steel-reinforced belt that originally came with the printer, while the "Belt_sleeve_flexible_belt" is suitable for a more flexible, thinner...

... 4mm acrylic is ideal. Alternatively, print it with your 3D printer. Tinkercad can extrude it from the SVG file. Add an engraved notch to secure the metal X-sledge belt attachment. ...Tap the larger part with M3 and drill the smaller part 3.0mm.

Next, slide the X-axis_Tensioner_Adjustment_holder.stl part into its correct position and start reassembling everything. Once it's back together, attach it to your printer and put the belt back in place. To achieve proper tension, turn the M3 screw...

Hi, my Anet has loose Axis X Belt so this issue is resolved. In my Anet, I turned on the lathe reel made of aluminum and broke a drill 2mm in diameter to use as an axis. You can also print the reel. It works perfectly for me, but feel free to suggest...

I'm using an Anet A6, and the X-axis belt is notoriously difficult to tighten properly. To get around this issue temporarily, I created a simple belt tensioner that's easily printable and won't interfere with my extruder assembly. This design avoids...

I wanted to achieve perfect alignment of the Y belt, so I created a custom holder that would accommodate both thick and thin belts equally well. Designed with precision, it includes spacers to keep low bolts from pushing the bed upwards. ...A crucial...

I'm creating a simple Y axis belt holder that's a major upgrade over the original model :D. It's a breeze to install, no extra screws required - just snap it into place and you're good to go. ...This new design keeps tension on the belt perfectly steady...

My goals were straightforward: - Ensure height compensation so the belt runs parallel - Design a system for mounting the belt without needing tools - Make it easy to mount the holder - Use the original screws to keep things simple The result is...

... A8 Direct Feed E3D Carriage Mount. ...Only two screw holes were needed, so I filled in the other four. Unfortunately, it wouldn't fit around my Anet A8's (Dec 2017) bearing blocks. ...However, a little work with a Dremel quickly resolved the issue.

Therefore, an alternative X-belt holder is suggested for those with the original X-carriage, ensuring a stable hold until new parts can be printed. This new design has been functioning effectively for 10-15 hours without issues. To use it, simply...

The Anet A2 Plus X belt tensioner is designed with a focus on the y-belt tensioner used in the Tevo. To prevent rattling and allow for x-axis tilt adjustment, an eccentric nut was incorporated into the design. The dimensions of this eccentric nut...

... existing triangle holder from the kit. ...Therefore, I designed this compact attachment to utilize the pre-existing screws, nuts, and holes within the Anet A8 frame made of acrylic. Print Settings Printer: Anet A8 Rafts: No Supports: No Infill: 100%

A user-created 3D printing accessory for the Anet A8, known as the Dremel Flex holder, provides a simple way to integrate a Dremel milling machine into the Anet A8's workflow. ... This tensioner combines elements from two open-source designs: the X-Belt...

Hexwrenchs holder for Anet A8 Plus

Nozze holder for Anet A8 M3 screw

Hexwrenchs holder for Anet A8 Plus

My Version of the X-Axis Belt Tensioner for the Anet A6. It Features a Custom-Made Tensioner that Houses the Pulley, Along with a Modified Plate Designed to Accommodate the Bolt Sticking Out of the Tensioner. The Tensioner Utilizes an Existing Hole...

I'm thrilled to introduce the first belt tensioner for the X axis of Anet A6 ! (Two pieces: Screw V2 and Frame V2!) This requires drilling holes (I take full responsibility for that!). The "frame" is slightly larger, so it needs to be thoroughly...

I'm installing a straightforward tensioner on the X-axis of my Anet A6 printer right now.

Unobtrusive Anet A6 X-axis belt tensioner This is a parametric design for an x axis belt tensioner for the Anet A6 3d printer. It has been made with FreeCAD 0.17 daily. The design goal was to create a tensioner which requires the least changes to...

Unobtrusive Anet A6 X-axis Belt Tensioner This parametric design creates an x-axis belt tensioner for the Anet A6 3D printer. It was made with FreeCAD 0.17 daily. The goal was to create a tensioner that requires minimal changes to the original...

This is the most robust X axis belt tensioner for Anet A6 available! You will need to use some hardware: a rivet nut, a bolt (about 40 mm long) and 2 small zip ties. Multiple models are provided for three different metal element sizes (M4, M5, and...

... knob CCW while it's displaying the main information screen. In addition to the printed parts you will need: 2x M3x30 flat head bolts (Anet A6 spare) 2x M3 nut (Anet A6 spare) (You will gain 3x nuts and 1x bolt from the parts you take out.)

Custom Print for Anet A8 3D Printers with X-Axis Rods That Need Extra Tension Holders. Specifically Designed to Work with M3 Nuts and Bolts. ... Update: After My First Test Print, I Was Not Impressed With the Fit, So Many Dimensions Have Been Revised...

We're adding an X-Axis chain with open links that make it super easy to place wires. Next up, we'll be attaching the Z-axis chain to the motor idler - but that's still in the design phase. Stay tuned for updates! ...This project is specifically designed...

... more space for the pulley block to be installed in the carriage. In addition to the printed parts, you will need: 2x M3x30 flat head bolts (Anet A6 spare) 2x M3 nut (Anet A6 spare) You will gain 3x nuts and 1x bolt from the parts that you take out.