3D preview of Biotelemetry Enclosure Assembly
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Interactive 3D model of Biotelemetry Enclosure Assembly

Enclosures and housings

Biotelemetry Enclosure Assembly

1 views
Bounding box
140.0 × 80.0 × 50.5 mm
Engine
Precision B-rep
Parameters
20
Published
August 31, 2026

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The prompt

Create a precise 3D CAD model of a student prototype for: “AI-Driven Adaptive Biotelemetry System for Early Detection of Patient Deterioration in Remote Healthcare.” Use mm units. Create a simple rectangular cardboard-style enclosure: - 120 mm × 80 mm × 50 mm - 3 mm wall thickness - removable top cover - slightly rounded edges On the top, expose ONLY two sensors: 1. MAX30102 heart-rate/SpO2 sensor — small rectangular module on the left. 2. DS18B20 temperature probe — small cylindrical probe on the right. Keep both sensors aligned on the top with approximately 25 mm spacing. Inside the enclosure, include simplified representations of: - ESP8266 NodeMCU - small breadboard - buzzer - jumper wires connecting the sensors to the NodeMCU. Keep electronics simple and mostly inside the enclosure. Only the MAX30102 and DS18B20 should protrude through the top. Do NOT add OLED, DHT11, DHT22, MQ-135, buttons, LEDs, batteries or other unnecessary components. Create clean, separate CAD bodies for the enclosure, top cover, sensors and electronics. Make the final model suitable for Fusion 360 and college project submission. Generate an isometric view with realistic prototype proportions.

Parameters

NameValueRange
Enclosure Length120 mm80 – 200
Enclosure Width80 mm60 – 150
Enclosure Height50 mm30 – 100
Wall Thickness3 mm1 – 6
Edge Radius2 mm0 – 5
Sensor Spacing60 mm25 – 100
MAX30102 Length17 mm10 – 25
MAX30102 Width14 mm8 – 20
MAX30102 Height3 mm1 – 6
DS18B20 Diameter6 mm3 – 10
DS18B20 Length25 mm10 – 40
NodeMCU Length58 mm40 – 80
NodeMCU Width34 mm20 – 50
NodeMCU Height12 mm5 – 20
Breadboard Length45 mm30 – 60
Breadboard Width35 mm20 – 50
Breadboard Height9 mm5 – 15
Buzzer Diameter12 mm8 – 20
Buzzer Height9 mm5 – 15
Wire Diameter1.5 mm0.5 – 3

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.