Desk organizer 3D Models

Find the best Desk organizer 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

You May Also Like :

11x17 in, 2 inches thick, with slot for a an olight MCA charger. a QI wireless charging pad, a olight oPen Pen to stick pen in so it stick straight up, a square spot for post-it notes.

Anonymous1772050203

Anonymous1771425529

Create a 3D printable desk organizer inspired by modern minimalist design.

Geometry & shape:
– Rectangular base with rounded corners (soft radius, no sharp edges)
– Overall footprint approx 120 × 70 mm
– Total height approx 95 mm
– Front and side walls feature vertical ribbed texture (evenly spaced ribs, shallow depth, FDM-friendly)
– Back panel slightly higher than front, smooth and curved
– Interior divided into two compartments by a central vertical wall with rounded top

Print optimization:
– Solid bottom, flat base
– Wall thickness 2.4–3 mm
– No overhangs greater than 45°
– No supports required
– Single-piece model

Material assumptions: PLA / PLA Matte

Style: clean, architectural, contemporary

Important:
– No text, logos, engravings or branding
– Empty object (no pens, notebooks, or accessories)
– Designed specifically for FDM 3D printing

Output as a watertight STL, manifold geometry, print-ready.

Anonymous1750342781

Anonymous1768456724

Anonymous1771915862

Anonymous1769990949

Anonymous1771586346

Anonymous1744637615

Anonymous1771707383

A functional 3D printable modular desk organizer box designed for FDM printing.
Industrial minimal design, clean flat surfaces, no textures.

Dimensions:
outer size 80mm x 80mm x 60mm height
wall thickness 2.4mm
bottom thickness 3mm
rounded corners radius 4mm

Stacking system:
top has a 1.2mm deep recessed lip
bottom has matching 1mm protruding rim for stable stacking
clearance tolerance 0.25mm

Magnet system:
4 cylindrical magnet holes on the back side
diameter 6.2mm, depth 2.2mm for 6x2mm neodymium magnets
holes slightly chamfered

Printing constraints:
no overhangs above 50 degrees
no supports required
flat base
filleted internal corners for strength

Output should be watertight manifold mesh, single solid piece, optimized for 0.4mm nozzle FDM printing.

Anonymous1751011972

Anonymous1771554505

Anonymous1771620837

Anonymous1757172613

Anonymous1757172613

Anonymous1771463744

Anonymous1767744024

Anonymous1744688626