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Anonymous1768226509
02-11 10:08
Model Name
wearable device 3d model
Tags
props
props realistic
props rendering
props rendering realistic
realistic
rendering
rendering realistic
sensor modules
Prompt
Create a realistic consumeCreate a realistic consumer-electronics prototype of a low-cost AI-enabled wearable physiological-monitoring band worn on a human wrist, shown in a partially exploded view revealing internal layers and sensor modules. The device resembles a minimalist fitness tracker wristband with a slim rectangular capsule (approximately 40 × 22 × 10 mm) mounted in a soft silicone strap, matte finish, rounded edges, and subtle ventilation ports along the sides. The outer casing separates into aligned exploded layers to expose the internal hardware: a compact PCB with microcontroller chip, wireless module antenna trace, battery cell, optical photoplethysmography sensor with green LEDs and photodiodes facing downward, inertial measurement unit chip, skin-temperature sensor pad near the bottom shell, ambient sensor, power-management circuitry, vibration motor, and charging contacts. Components are neatly arranged and centered along the main axis. Include thin transparent acrylic or polycarbonate shell sections so the sensor stack and electronics remain visible even when assembled. Add subtle physiological-analytics visualization effects: faint glowing rings beneath the optical sensor, small heat-map gradients on the skin contact area, soft waveform holograms floating nearby representing heart-rate, oxygen saturation, and motion signals—kept minimal and scientific, not sci-fi. Scene setup: wrist resting naturally in a neutral studio environment, cinematic product-demo lighting with soft shadows, shallow depth of field, muted background tones. Camera framing suitable for promotional or academic demo videos, with slow orbit capability and clean composition. Geometry should be medium-poly with clean topology, smooth bevels, animation-ready separated exploded layers, UV-unwrapped meshes, and physically based rendering materials including silicone rubber strap, matte ABS plastic shell, glass sensor window, PCB epoxy, copper traces, brushed metal charging pads, and lithium battery foil wrapping. Color scheme: muted off-white or light gray casing with charcoal accents and subtle LED indicator strip on the edge. Output as a centered hero wearable asset optimized for animation and technical visualization, realistic scale, professional industrial-design language, photorealistic rendering, suitable for research-prototype demonstration.r-electronics prototype of an AI-enabled smart charging adapter plugged into a wall socket with a smartphone charging cable connected. The device is shown in a partially exploded view, with the outer plastic shell separated into layers to reveal internal components clearly aligned along the main axis. The adapter has a compact rectangular form factor similar to a modern wall charger (approximately 70 × 70 × 45 mm), rounded corners, matte injection-molded plastic casing in soft off-white and charcoal gray, subtle branding panel, ventilation slits on the sides for heat dissipation, a USB-C output port, LED indicator ring near the front, and a small tactile reset button. Inside the exploded assembly, include a detailed PCB board with microcontroller chip, capacitors, transformer coil, thermal sensor pad, current-sensing module, voltage measurement components, solid-state relay block near the AC path, small heat sink fins, copper traces, and wiring channels. AC metal prongs extend from the rear shell. Add a subtle thermal-visualization effect: faint red-to-blue gradient glow near the relay and heat-sink region to suggest temperature monitoring, not overheating. Scene setup: wall socket mounted on a clean neutral wall surface, smartphone lying below connected via cable, studio-quality lighting with soft shadows, shallow depth of field, cinematic demo-video framing. Geometry should be medium-poly, clean topology, bevelled edges, UV-unwrapped, physically based rendering materials (plastic, brushed metal, PCB epoxy, copper, rubber). Output a centered hero asset suitable for animation, with separated exploded layers evenly spaced, neutral background tones, and realistic scale. Style: professional industrial design, product-launch visualization, photorealistic, no sci-fi exaggeration.
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Anonymous1768226509
Anonymous1768226509