3D preview of AI-Enabled Smart Medicine Organizer
Loading the interactive model…
Interactive 3D model of AI-Enabled Smart Medicine Organizer

Enclosures and housings

AI-Enabled Smart Medicine Organizer

2 views
Bounding box
220.0 × 195.0 × 62.0 mm
Engine
Precision B-rep
Parameters
21
Published
September 9, 2026

Download

Free to download and use. See the terms.

The prompt

Project: AI-Enabled Smart Medicine Organizer for elderly and busy individuals. Overall enclosure: 220 mm (L) x 140 mm (W) x 55 mm (H). Body material: ABS plastic. Lid material: Polycarbonate. Target total weight: under 750 g. Manufacturing method: injection moulding — avoid undercuts, draft angle >= 1 degree, min wall thickness 2 mm. Structural target: max von Mises stress under 20 MPa for a 20 N drop-load case. Layout: front ~115 mm width holds a 28-cell medicine tray (7 rows for days x 4 columns for times/day); rear ~105 mm width is an electronics bay for ESP32 board, buzzer, and battery. Lid is hinged along one 220 mm edge, has an LED-diffuser window, and opens with less than 10 N force. Each of the 28 tray cells has a small push-lever for single-dose dispensing. I will build this part by part. Confirm you understand this context before I send the first component prompt.

Parameters

NameValueRange
Body Length220 mm180 – 260
Body Width140 mm110 – 170
Body Height55 mm40 – 70
Wall Thickness2 mm1.5 – 3
Tray Bay Width115 mm100 – 130
Cell Size27 mm20 – 35
Cell Depth40 mm30 – 50
Lever Force (N)8 N5 – 10
Lid Thickness3 mm2 – 5
Diffuser Width30 mm20 – 50
Diffuser Length80 mm50 – 120
Hinge Diameter6 mm4 – 10
Electronics Bay Height30 mm20 – 40
Battery Width40 mm30 – 50
Battery Length60 mm40 – 80
Battery Height20 mm10 – 30
PCB Length50 mm30 – 70
PCB Width30 mm20 – 50
PCB Thickness1.6 mm1 – 3
Buzzer Diameter12 mm8 – 20
Buzzer Height8 mm5 – 15

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.

AI-Enabled Smart Medicine Organizer - Free CAD Model (STEP, STL) | TextoCAD