Frenchfinity - Modular Drill Bit Till (Parametric Fusion 360)

This model uses the base Frenchfinity System- which is a modular universal French Cleat system created by @Bastelsaal.

In addition it uses the wonderful work of @BloodyT Skelton Base Anchor Plate

Along with including the STL files I used to build my till, I have included Fusion360 Models to generate custom STL/3mf files by only changing a few parameters. Note: I am using the Personal Use version of 360, so I can't include optional features, if you don't want a front slot on one of the parts, you can find that extrusion cut in the timeline and suppress the feature. 

There are a several modular models that make up my completed, till. You will also notice in the completed print I use some Gridfinity bins as drawers as well


 Frenchfinity-Tray

This is a simple tray, you can lay pencils or a few bits in. It can be useful for things beyond this drill bit till.

Frenchfinity-BradPoint

Holds a set of Brad Point bits. The hole locations, sizes and labels are all parameters in the Fusion 360 files.

Frenchfinity-ShelfBackerPlate

This is used as a backer plate to drop the till down a tier. The strength of French Cleats comes from the weight bearing against the back support, not down on the cleat itself. So the shelf area performs 2 purposes to extend back to the original Base Anchor Plate, and the shelf area is then used to hold Gridfinity plates and bins for drawers. There are 2 versions of the the ShelfBackerPlate in my completed till, which were created by simply changing parameters in the Fusion360 File

Frenchfinity-Forstner 

Holds a set of Forstner bits. The hole locations, sizes and labels are all parameters in the Fusion 360 files.

Frenchfinity-Miscbit

Holds miscellaneous hex bits, such as self-centering, deburers, step bits, plug cutters, etc. 

Printing Details

Probably should be printed with PETG but I have printed with PLA+
Layer Height: .32
Infill: 10% Gyroid
Orientation: With the T-Slot vertical to avoid the need for supports