注意：

如果你用的是拓竹的切片软件。打印侧板时有可能会出现一条缝隙，不用担心，继续打印就可以了。他的打印顺序是最后面的，这是切片软件的问题。另外，墙壁的层数必须是1，不然打印会失败。

Warning：

If you use Takeshita slicing software. There may be a gap in the side panel. Don't worry, just keep printing. His printing order is last, which is the problem with slicing software.Also, the number of layers on the wall must be 1, or the print will fail.

我的a1mini刚到两天。想打印一个废料收集盒，但是突然发现没有多少耗材了。而我能找到的最节省耗材的模型也要70多克。

于是我就想设计一个最轻薄的模型，并打印出来。我能想到最轻的方式就是将原本墙壁的位置改为单层结构。所以他的合体厚度只有首层高度的0.2毫米。采用了折叠和拼插的结构。另外我设置了加强筋来加固他。我测试了它的强度，装满一盒废料，完全可以承受。除非你往里面装铁块儿。两侧的面板有两种可以选择，一种是镂空蜂窝状设计，另一种是普通平面。为了兼顾他的强度，他目前最轻可以达到14.5克。

如果你们有需要，我可以做一个80%镂空的版本。经过了7个版本的迭代，他的卡扣已经非常合理，不容易脱落。如果你们想要这个系列的更多作品的话我会尽量完成的。

文件里面有两个测试小样，如果你不放心可以打印他并测试组合度。如果不会组装，可以评论区问我

English:

My A1 mini has only been here for two days. I wanted to print out a waste collection box, but suddenly I didn't have much supplies. The most economical model I could find was over 70 grams. So I wanted to design the thinnest model and print it out. The lightest way I can think of is to replace the original wall with a single-story structure. So his body thickness is only 0.2 mm of the height of the first layer. The structure of folding and inserting is adopted. In addition, I set the reinforcement to strengthen him. I tested it for strength, filled it with a box of scrap, and it was totally bearable. Unless you put iron in it. Two sides of the panel can be chosen, one is hollow honeycomb design, the other is a common plane. To balance his strength, he is currently at a minimum of 14.5 grams. If you want, I can make an 80% cut-out version. After 7 iterations, his clasp is very reasonable and does not come off easily. If you don't know how to assemble, I will try my best to finish

There are two test samples in the file. If you are not sure, you can print them and test the composition.

if you want more works in this series.Ask Me in the comments section。