MOD-t printing bed clips

thingiverse

New Matter MOD-t 3D printer is a nice, affordable option for users. It features an innovative cold printing bed system, making it easy to detach printed parts with minimal hassle. However, the design of the upper part can sometimes cause issues during the printing process. Specifically, the head may push or pull on the edge of a previous layer, causing the upper part of the printing bed to move and disrupt layer alignment. This can result in poorly printed objects or even non-functional parts, particularly with mechanical components or interlocking pieces. To address this issue, I've created clips that have taken numerous iterations to perfect. These clips are designed to provide a 100% solution for preventing bed slippage. To use them, simply insert the clips into the upper holes and watch as your printing bed becomes stable and secure, even in challenging test scenarios. From now on, I'm committed to using these clips with every print job. With their help, I've never experienced layer misalignment again. Here's a tutorial video demonstrating how to use them: https://youtu.be/sYksQoI75H0 You can download the .stl file and slice it according to your needs or use the pre-sliced .gcode file specifically designed for the MOD-t printer (Note: This file should not be used with other printers). Print Settings: Printer: New Matter MOD-t Rafts: No Supports: No Resolution: 0.2 mm per layer Infill: 100% Notes: Slice the clips using Cura with default settings, a 2mm shell thickness, and bottom/top thickness. MOD-t Optimizations Important Warning: Please Read! If you're using the latest (updated June 30, 2016) Cura or Slic3r settings available here: http://www.thingiverse.com/thing:1535333, you'll have no issues with my clips. However, if not, it's recommended to update your start G-code in your slicer software using the provided start_gcode.txt file. This will slightly modify the post-calibration priming on the right side to avoid touching the right clip. I've also consulted with New Matter engineers to ensure that the clips won't interfere with the calibration procedure, and they assure me that they don't cause any issues. With firmware 0.13, I've noticed that sometimes during calibration, the bed may slip or grind on the pinions rod. While this is considered normal (according to the engineers), you can minimize the likelihood of this happening by positioning the bed in the middle on the Y-axis and slightly left on the X-axis before starting the print operation.