The trickiest piece here has to be the fold-down front panel, since it relies on a latching design the maker invented for this project. The rotating arms pass through pre-cut openings held by round collars and cross-shaped retainers, and those parts were glued up in a way that leaves the arms swinging freely. Getting a homemade latch to turn cleanly on the first try seems like the real test of this build, and from the results it clearly passed.
The rest of the construction is solid, methodical work. The whole thing was modeled in Fusion 360, then cut from quarter inch and eighth inch MDF on a 60 watt Epilog laser, with the outer panels joined by finger joints. Assembly followed printed diagrams for the body, the drawer fronts, and the drawer boxes themselves. The two identical sliding drawers were glued up with thick CA glue and bar clamps, and the main housing was test-fitted first by interlocking the side panels, shelf dividers, top plate, and back panel before any glue went down. That dry-run step looks like smart discipline.
The details are what sell it for me. The finished container reads as one oversized light blue brick, yet the two top studs are actually lidded compartments, and the hidden drawers give it real capacity for small leatherworking and craft supplies. There is ring etching on the top plate and slots in the back panel, which adds nice texture. The full cut ran one hour and thirty minutes at 5 percent speed, 100 percent power, and 625 frequency.
The maker is upfront that the result is not completely perfect, which is fair, and neodymium magnets appear on the supply list without much explanation of their role. That is the one open thread I would love to see explored in a follow-up.
Project by Maker Experiment. Watch it on their YouTube channel: