Multi-layer, multi-compartment infinitely stackable storage box | First wave: one-layer five-grid to five-layer twenty-five-grid stackable | suitable for small accessory storage

Multi-layer, multi-compartment infinitely stackable storage box
During DIY projects, as finished products and accessories accumulate, the desktop becomes cluttered. This is when a storage box is needed to organize various screws, wires, plugs, solder, nickel strips, circuit boards... and so on.
Considering that printing a storage box requires a certain amount of filament and time, the box needs to be durable and expandable for future use. This model must be part of a series; this time it's a multi-compartment, multi-layer small accessory storage, and subsequent boxes will need to match the size of the existing framework. Once the concept is finalized, various boxes based on the current framework will be continuously updated.

First wave: one-layer five-grid to five-layer twenty-five-grid stackable | suitable for small accessory storage
The framework is 200MM long, 120MM wide, and 30MM high per layer. Each layer can hold 5 drawers. There are two types of drawers: a single-compartment drawer and a two-compartment drawer. The inside of the drawers has rounded slopes for easy retrieval of small accessories like screws and nuts. The top of the frame has four grooves for temporary placement of small accessories. This first wave offers 1 to 5-layer frameworks. Each framework can be infinitely stacked; magnetic adsorption was not designed this time because I find this arrangement stable enough. Each drawer compartment entrance has a buckle designed to prevent the drawer from sliding out. The edges of each drawer are designed with tolerances for closing and securing the drawer from sliding out. The drawer label area does not have a slot for easy labeling because I use a label maker, purchased for twenty to thirty yuan, to print 30mm long by 15mm wide labels, which is very effective and convenient.

Everyone is welcome to print and use them, and provide suggestions for improving the current model, as well as future framework needs and requirements. Subsequent waves, such as the second and third, will be updated periodically with more stackable storage boxes.