About this 3D model

When I had nothing else to do, I made an adapter plate to mount a Flex power supply to a standard ATX power supply slot. Originally, I could use zip ties to secure it, but considering that I'm going to be taking my computer with me soon, there will inevitably be some shaking on the way, so I made this adapter plate to fix the power supply. The specific implementation effect can be seen in the picture, and I have already provided the original model file, which can be opened using SolidWorks. Because many Flex power supplies have slightly different screw positions, you can modify them yourself. Due to slight modifications to the model later, the actual model may differ slightly from the installation photos. The one on the printed board is the real model (actually, it just modifies the position of some strengthening ribs to avoid the installation being stuck on the back of the case and preventing normal installation). !!! Note: Please use a material that is relatively resistant to high temperatures for printing, such as ABS. I used PETG to print, which seems to be barely usable. Considering the situation of PLA material, I personally do not recommend using PLA for printing. After all, the Flex power supply has a relatively high shell temperature when in use, which is a condition that humans cannot hold for more than 3 seconds. The PLA material should soften. Even if it doesn't soften, it may become brittle and cause the power supply to fall off after about a year of use. Therefore, please do not use PLA to print.