FDM Laptop Stand

Design ONLY a functional 3D-printable laptop stand. Do NOT model a laptop, keyboard, mouse, or any other objects. The stand is designed for a Lenovo LOQ 15, approximately 360 mm wide × 260 mm deep. Top laptop support platform: Overall platform approximately 380 mm wide × 280 mm deep. Do NOT make the top a solid plate. Create a large ventilation grid/open structure underneath the laptop. Use multiple long rectangular ventilation openings running front-to-back, with approximately 10–15 mm structural ribs between openings. Keep a solid perimeter frame around the platform. Keep additional solid support areas underneath the left/right edges and major load-bearing areas. The openings must allow unrestricted airflow to the laptop's bottom intake vents. All openings must have rounded corners to improve print strength. Laptop anti-slip system: Add a 12–15 mm raised front retaining lip. Add recessed channels on the top surface for rubber/silicone anti-slip strips. Add 4–6 additional recessed rubber-foot locations where the laptop contacts the stand. The rubber strips must sit flush or slightly above the printed surface. Do NOT generate the rubber strips themselves; create only the recesses. Keyboard storage: Create an open storage cavity underneath the laptop. The keyboard must slide in from the FRONT. Do NOT model a keyboard inside the cavity. Maintain at least 50 mm vertical clearance for a keyboard. Keep the front completely open. Structure: Two thick side supports connecting the upper platform to the desk. Minimum structural thickness 8–10 mm. Add triangular reinforcement/gussets between the side supports and top platform. Keep the rear open for airflow and cable routing. Add cable-management openings at the rear. Add recessed rubber feet underneath the stand to prevent the entire stand from sliding. 3D printing requirements: Designed specifically for FDM 3D printing. No unsupported floating geometry. No extremely thin walls. No decorative elements. Prioritize strength, rigidity, airflow and easy printing. If the complete stand exceeds typical printer bed dimensions, divide it into mechanically interlocking printable pieces using dovetail or bolt connections. Export as editable CAD and STL. IMPORTANT: The final model must contain ONLY the laptop stand. Do not generate representations of the laptop or keyboard

Parameters

Every value above is a live dimension. Open a model like this in the editor and each one becomes a slider you can drag before exporting.