Modular Workbench Drawers – Dovetail Sliding System (3D Printable)
by Vinors3DLab · via Thingiverse
| Format | STL |
| Category | Tools |
| License | CC BY-NC-SA |
| Uploaded | Apr 10, 2026 |
⬇ 57 downloads
❤ 19 likes
👁 146 views
Description
Organize screws, bolts, nuts, electronic components, and small hardware with these 3D‑printable modular drawers , designed to be stackable and connectable using a dovetail sliding system on all sides. The design is compact, sturdy, and optimized for FDM printing with no supports required . 🔧 Key Features Modular system : each drawer connects to others horizontally or vertically. Dovetail rails : stable locking mechanism with smooth sliding and zero play. Compact footprint : ideal for workbenches, makerspaces, garages, and electronics labs. Easy to print : no supports, clean geometry, reliable tolerances. Professional design : based on full technical drawings (included). Perfect for small parts : electronics, mechanical hardware, modeling accessories. 📐 Main Dimensions (Extracted from the technical drawing) Module width: 109.8 mm Height: 60 mm Depth: 40 mm Inner drawer space: 105.8 × 34.8 mm Fillets: R5 Dovetail angle: 118.6° 🖨️ Recommended Print Settings Material: PLA or PETG Layer height: 0.2 mm Walls: 3–4 Infill: 15–25% Supports: none required Orientation: Drawer: front face upward Body: dovetail rails printed horizontally 🧩 Suggested Uses Screw, nut, washer storage Electronic components (LEDs, resistors, jumpers) Modeling and hobby parts 3D‑printer accessories Small tools and repair items 🔍 SEO Keywords (Thingiverse‑Optimized) modular drawer , stackable drawers , 3d printed organizer , workbench storage , tool organizer , hardware storage , electronics parts drawer , dovetail drawer system , small parts organizer , 3d printed storage , modular storage system 📄 Summary (Thingiverse “Summary” Field) 3D‑printable modular drawers with dovetail sliding connections. Stackable in any direction. Perfect for organizing small hardware and electronic components. Prints without supports.
Originally published on Thingiverse