anet a8 psu fan 3d models

Crafted with precision, this individual is uniquely tailored using advanced 3D modeling techniques.

Just upgraded the system with advanced LED capabilities.

Just a Little Remix

Modifications in the firmware Marlin2.0: //Nozzle-to-Probe offsets { X, Y, Z } \#define NOZZLE_TO_PROBE_OFFSET { -30, -40, (Your setting) }

Update: Enhanced Ventilation and Revised Concept. Print Settings: Raft Support is Completely Optional. Supports are Never Necessary. ...Infill Density Set to Optimal Level at 20%.

This is a reproduction of the original design from Thingiverse, identified as 1798669, with included source files for backup purposes in case any issues arise. ...Still awaiting thorough testing and validation.

To complete the project, gather the following essential components: Two 3x25mm screws are required to secure the device in place. Additionally, two 3x30mm screws will be needed for added support and stability. One 3x40mm screw serves as a crucial...

Featured Design! If you're feeling thankful, be sure to hit that subscribe button and give my Fusion 360 tutorials a thumbs up. Have fun printing! ...https://www.youtube.com/watch?v=kjnPGBI2-0o&list=PLPqgdWv-KTPY-Y-LlA1xJA9ECgM3KNblC&index=2

With this modification, it's possible to clear the jam in just one second because it's magnetized. ... Required: - 8 Magnets 5mm x 1.5mm - 6 Screws M3 x 20mm - 4 Nuts M3 - 8 Washers M3

Final version is a joy to experience.

This is an early prototype, crank it out loud and clear. ...The V2 model boasts increased sharpness and a wider scope of curvature.

Here's a 3D printed model of a custom controller designed to connect directly to your computer and play various video games on PC. The project was made by user "darksaber94" and has been downloaded over 1,200 times since it was first uploaded in...

I made adjustments to center it on mine so it fits perfectly within the nozzle's ring. EDIT: I also noticed it was slightly oversized, but my support had been enlarged, so I updated the file with the correct size - sorry about that. ...You can help me...

This object was created using a 0.2 layer thickness and an infill density of 20%. It features support structures that touch the build plate directly. ...This design was made with Tinkercad, an online editing platform accessible at...

This support provides easy access to the extruder, making it simple for users to swap out filament whenever needed. ...The design is based on the original LeoN model found at Thingiverse, with a straightforward modification aimed at enhancing usability.

I just combined the best from https://www.thingiverse.com/thing:2357501 and https://www.thingiverse.com/thing:1586600 to create a practical plotter attachment that's tucked away yet always at the ready.

<p>For some reasons it wasnt centered on mine so I modified the file for it to fit the nozzle right in the center of the ring.</p> <p>EDIT:</p> <p>Was also slightly too big, I just noticed my support got enlarged, I updated the file with correct...

This model was crafted using Tinkercad's powerful tools. ...Edit it live at https://www.tinkercad.com/things/8KgN9P1Y2kF

Printing is effortless. The model requires no supports, raft, or brim to function. ...It operates at a layer height of 0.1mm and completes a print in under 15 minutes.

<p>Added 4mm height the vertical ducto to lower the circle to get it rightly positioned when the hot end is mounted properly. ...The original places the circle around the heater block which just causes temperature fluctuation.</p> Category: 3D Printer...

This clever design provides a straightforward yet efficient cooling solution. The central section cools critical components, while the outer sections dissipate heat as they move, effectively increasing the cooling surface area. ...We'd love to see how...

Expert settings demand precision, so I've dialed it up to a 0.2 millimeter layer height, guaranteeing crisp details and a flawless finish. ...Meanwhile, 20 percent of the print's volume is dedicated to robust infill, fortifying the structure with...

I'm Remixed a 3D Printed Customizable Robot Arm by Thingiverse User "Robot_Arm". This DIY project is a great example of how to create a functional and versatile robotic arm using open-source designs and 3D printing technology. The robot arm features...

I adjusted the vertical duct's length by 4 millimeters, realigning the circle for optimal placement once the hot end is securely mounted. ...The original setup positions the circle directly above the heater block, resulting in unwanted temperature...

I remade the Kanawati model from the ground up because the original didn't mesh well with my design parameters. I'm really drawn to this duct's unique airflow dynamics – it's far superior to those semi-circular or trendy designs that everyone raves...

I was unable to locate M3 screws of sufficient length, however I did manage to get my hands on some M4 screws, and as a result, I made the decision to enlarge the hinge holes.