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Anonymous1770002569
02-10 03:37
Model Name
prosthetic hand 3d model
Tags
machine
animation
realistic
Prompt
Create a highly detailed, realistic 3D animated model of a smart prosthetic hand system with an end-to-end working demonstration. The 3D scene should show: • A human user wearing a prosthetic hand attached to the forearm • An MPU6050 IMU sensor mounted on the wrist area • An ESP32 microcontroller integrated inside the prosthetic palm • Servo-driven fingers with visible internal linkage • A vibration motor (haptic feedback unit) • A single tactile push button on the prosthetic hand • Bluetooth communication flow visualization WORKFLOW ANIMATION (VERY IMPORTANT): 1. The user moves their arm into a horizontal position. - The IMU sensor detects the arm orientation (pitch and roll). - Gravity vector detection should be visually illustrated. 2. The detected orientation data is transmitted wirelessly via Bluetooth to a smartphone application (show animated Bluetooth signal waves). 3. The mobile app processes the orientation context and automatically selects a grip mode (example: Precision Pinch, Cylindrical Grip, Power Grip). 4. Once the grip is auto-selected: - The prosthetic hand gives haptic feedback (vibration pulse) - A small visual indicator confirms the selected mode is saved. 5. The user then presses the physical button on the prosthetic hand. 6. On button press: - The prosthetic fingers move smoothly into the selected grip - Show different grip animations clearly: • Precision Pinch (thumb + index) • Cylindrical Grip (all fingers wrapping) • Power Grip (strong fist) • Gentle Close (default safe state) 7. Display this as a DIGITAL TWIN: - The physical prosthetic hand - And a synchronized 3D virtual hand model performing the same grip simultaneously. STYLE & QUALITY: • Medical-grade, clean, futuristic design • Smooth mechanical motion • Clear labeling of components (ESP32, IMU, Servos, Button, Bluetooth) • Soft lighting, dark background, professional research-demo look • Suitable for patent presentation, engineering demo, and academic showcase The final output should look like a real-world smart prosthetic system demonstration with intelligent context-aware grip selection.
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