Whirlpool Maytag and Kirkland Refrigerator Shelf Bracket

thingiverse

This bracket is a modified version of the original design, created by a brilliant designer who deserves much appreciation for his work. I'm grateful to have had the opportunity to make some improvements and now you get to enjoy the new and enhanced version! I hope you like it. By the way, this bracket seems to fit many refrigerators, including at least three brands that I've identified so far. However, please check your fridge's door and the original bracket before installing this one to ensure a smooth fit. If you're interested in learning more about the original design, you can visit the following link: https://www.thingiverse.com/thing:2471752 **********PRINTING DETAILS********** I printed this bracket using PETG, but PLA should also work well. Please note that printing it flat on a surface will result in cracking. To get good results, I upcaled the model to 101%. This might be due to the PETG I used, but it worked for me. When printing this bracket, make sure to print it upright on its side and at an angle of 20-25 degrees. This helps with strength and flexibility. I also used supports, which were necessary in my opinion. The infill was set to 20% with three perimeters all around. You can adjust these settings according to your preferences. I printed the PETG at a nozzle temperature of 142 degrees and a bed temperature of 80 degrees, with a fan setting of 40%. Feel free to experiment with different temperatures and settings. The holes in this bracket are designed for 1/2-inch doll rods, which you can purchase at Hobby Lobby or any other store. I cut mine to lengths of approximately 23 inches. Make sure to remove any excess filament from the bracket using a razor blade before installing the doll rods. They should fit snugly. The bracket may have some wiggle room on the door initially, but once both are installed with the doll rods, everything will tighten up nicely. ***************Summary*************** * Upscale the model to 101% for a proper fit. * Print at an angle of 25 degrees. * Supports may not be necessary, but I used them and found them essential. (My support setting was around 50-60.) * Infill: 20% cubic * Speed: 35mm/sec on all settings I think that's it! Enjoy printing this bracket and don't forget to thank the original designer for their hard work. If you have any questions or need further assistance, feel free to ask. I'll do my best to help. Thanks a million! All of this was printed on my stock CR-10 mini.