Straight Shelf Organizer for xBloom Studio

A straight Organizer for the xBloom Studio

• Straight side panels and a flat top you can use as an extra surface

• Shelves are built in: the tower is two one-piece modules that stack

• Prints without supports; every overhang is 45° or less

• A drawer in the base that slides out the side, with a finger scoop instead of a handle

• 1 mm chamfers on the outside edges and filleted inside corners

• Fully parametric OpenSCAD source included

Size

• Tower: 125 × 95 mm footprint, 425 mm tall

• With the drip tray in front: 125 × 205 mm

• Four bays, 115 mm wide and 91 mm deep inside

• Clear heights, bottom to top: 105 / 95 / 97 / 68 mm (same as the original)

Parts to print

• 01_housing.stl – base / drawer housing, upright – 63 g, 1 h 25 m

• 02_drawer.stl – drawer, upright – 49 g, 1 h 04 m

• 03_lower_module.stl – bays 1–2, on its back – 402 g, 9 h 33 m

• 04_upper_module.stl – bays 3–4 and top, on its back – 302 g, 7 h 05 m

Total about 816 g and 19 hours. All files are already oriented. The largest part is 125 × 227 × 95 mm, so it needs a 235 mm or larger bed.

Print settings

• PLA, 0.4 mm nozzle, 0.2 mm layers

• 4 walls, 20 % gyroid infill

• No supports, no brim

• Times and weights are from ElegooSlicer for a Centauri Carbon 2

Assembly

1. Put the base on the counter with its open end away from the machine.

2. Lower the lower module onto it; two keys drop into pockets.

3. Lower the upper module on top; two more keys drop in.

4. Slide the drawer in from the side and put the drip tray in front.

No screws or glue. The modules are held by gravity, like the original, so lift the unit from the bottom but you can use glue to secure it more.

Customizing

Open xbloom_straight_shelf.scad in OpenSCAD. Useful parameters:

• back_panel = false for an open back (95 mm deep shelves)

• lip_h = 3 to 5 for a front lip on every shelf

• bay_h, W, D to change the bay heights and footprint

• tol and drawer_clr to tune the fit for your printer

To export a part, set mode = "print" and part to housing, drawer, lower_module or upper_module, then render and export STL.