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#modular storage

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Vista de Cable Organizer & SKÅDIS Bases — 4, 6, 8 and 10 Discs

Cable Organizer & SKÅDIS Bases — 4, 6, 8 and 10 Discs

Keep cables neatly organised at your desk, electronics station or hobby workbench with this cable-organiser package and a choice of SKÅDIS base sizes. The download includes three components and four base variants for 4, 6, 8 or 10 discs, so you can choose a compact arrangement or expand your cable-storage setup. USES • Keep USB charging and data leads together between uses. • Organise programming leads and small electronics cables at an RC or model-making workbench. • Separate cables by device, connector or purpose using different print colours. • Reduce loose coils and tangles in a drawer or on a desk. • Build a dedicated cable-storage arrangement with the supplied SKÅDIS bases. WHAT IS INCLUDED Seven STL files: obj_1_Loop v15_2.stl, obj_2_Loop v15_3.stl and obj_3_Loop v15_1.stl, plus SKADIS_base variants for 4, 6, 8 and 10 discs. The three files are separate supplied components, not interchangeable size options. Choose the base capacity that suits your space. PRINTING AND FIT Open the parts in your slicer and check orientation, overhangs, clearances and support requirements in the layer preview. Print one organiser and your preferred base first to check fit before producing a full set. Cable capacity depends on length, diameter, stiffness and connector size; check your own cables and avoid forcing tight bends near connectors. No printer-specific slicing profile is included. Choose material, layer height, infill and supports to suit your printer and the actual geometry. Print time and material consumption vary with the base size and slicing settings. Mounting fit on your intended SKÅDIS board should be checked before printing a larger batch. This is a digital STL download. Cables, pegboard, mounting hardware and physical printed parts are not included. SKÅDIS is referenced to describe the intended application; this design is not affiliated with or endorsed by IKEA.

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Vista de MESHOPIA MS42 — Modular Desk & Drawer Storage | 154 STL Designs
Oficina€9.95

MESHOPIA MS42 — Modular Desk & Drawer Storage | 154 STL Designs

**MESHOPIA MS42** is a modular desk and drawer storage system built on a shared 42 mm grid. The complete digital library contains 154 STL designs: 96 containers (open bins, divided bins, tall holders and desk organisers), 30 lids and stacking adapters, 26 bases, a reusable joining key and a fit-test foot. Choose from 30 footprints (1x1 to 10x1 and up to 6x6). Grid-direction dimensions follow 42 × cell count − 0.6 mm: 1x1 = 41.4 mm square; 4x4 = 167.4 mm; 6x6 = 251.4 mm. Open-bin heights include 21, 28, 42, 56 and 70 mm; tall holders are 105 mm. Footprints and height availability vary; check the included catalogue. Large pieces may exceed common build volumes. Keep 100% scale. The files include the STL library, editable Blender library and display configurations, BOM/catalogue/inventory, English assembly and printing guide, Spanish quick start and digital mesh-check reports. Modules cover pencil/tool wells, battery wells, device pockets, card racks and cable organisers. FDM-oriented in millimetres. PLA/PETG, 0.4 mm nozzle, 0.20 mm layers, 3–4 walls and 15–25% infill are starting suggestions, not validated profiles. Choose print orientation and supports by the included guide and your slicer. Joining keys help align drawer layouts horizontally; they are not locks. Stacking adapters locate parts but do not latch or seal. Keep stacks low and stable. All 154 meshes passed digital geometry checks and 372 static mating configurations were checked. The set has not been physically print-tested; physical fit, load capacity and durability are not claimed. Print the included fit-test pieces first. Generic storage openings: measure actual items before printing. Gridfinity compatibility is not claimed. Digital files only; no physical product or photo props included. Three AI visualisations show arrangements assembled from the actual Blender meshes. Original MESHOPIA geometry, developed for its own MS42 interface; Deskfinity inspired the function, but no reference STL was imported.

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