electronics enclosure 3d model

Create a realistic 3D printable plastic electronics enclosure for a medical prototype medical device. The enclosure must have **two parts**: 1. a **bottom box** 2. a **removable snap-fit lid**. Dimensions (slightly larger for easier component placement): Length: **120 mm** Width: **80 mm** Height: **35 mm** Wall thickness: **2 mm** Features required: 1. Bottom enclosure: * Simple hollow interior for placing electronics (no dedicated ESP32 mounting platform required). * Space for a **9V battery and wires** inside the box. * At the **bottom surface**, design a **sliding outlet slot for an FSR (Force Sensitive Resistor) sensor** so it can slide in and out when needed. * The sliding mechanism should have **two guiding rails** to hold the FSR in place. FSR rail specifications: Rail distance: **16 mm apart** Rail height: **4 mm** Rail length: **50 mm** Slot opening at bottom so the FSR can **slide in and slide out easily**. 2. Front panel openings: * Three circular holes for LEDs (diameter **5 mm** each)