?

Wearable 3D Models

Find the best Wearable 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

You May Also Like :
wristbandsensorsensorssmart-ring
Anonymous1775655982
MAIN GOAL: (smartwatch + reminder system) - a wearable wrist device that reminds patients to take their medication through vibration or sound alerts. It also monitors basic vital signs (heart rate and activity level) using built-in sensors and syncs the data to a mobile application via Bluetooth for tracking and healthcare support. The integration of wearable biosensors and digital reminder systems can improve medication adherence and support better management of chronic diseases. Features 1. Medication Adherence (Behavioral Science) • Reminders improve habit formation • Reduces missed doses 2. Heart Rate Monitoring (Physiology) • Use photoplethysmography (PPG) • Detects blood flow using light 3. Motion Detection (Physics) • Accelerometer tracks movement/activity 4. Wireless Communication (Technology) • Bluetooth sends data to mobile app
Anonymous1775656419
Anonymous1775588477
Anonymous1771354901
Anonymous1775577113
Create a highly realistic 3D animated model of a futuristic wearable biomedical device called “CardioSense Patch”. The device has a compact rounded rectangular form with smooth edges and a transparent outer casing. Show an exploded layered structure: Top layer: microfluidic channel with flowing translucent blue liquid representing sweat collection Middle layer: immunosensor layer with Y-shaped antibodies and small glowing particles representing CRP antigens binding to the surface Bottom layer: electronic circuit board with microchips, gold electrodes, and fine wiring Include a small embedded display showing three color-coded outputs: green (Normal), yellow (Elevated), red (Alert). Animate the sequence step-by-step: fluid entering microchannels → antigen–antibody binding interaction → signal transmission to microchip → display updating in real time. Use photorealistic materials (transparent polymer, silicon, metal), soft studio lighting, reflections, and a clean white background. Style
Anonymous1775489041
Anonymous1775502117
إسوارة انيقة جدا تحتوي على شاشة اشعة سينية بالداخل بالاطار الداخلي للاسوارة
Anonymous1775364156
Anonymous1775364156
اسوره انيقه جدا تحتوي على شاشه اشعه سينيه بالداخل بالاطار الداخلي للاسوره
Anonymous1775452948
Create a realistic engineering 3D model of a tactical wearable arm-band communication device. Main body: rectangular (70×45×15 mm), slightly rounded edges (3–4 mm), with 4 corner screws and a visible case seam. On top, place exactly 4 circular buttons in a 2×2 grid (10 mm diameter, 2–3 mm height, 6 mm spacing), labeled: SOS (top-left), ALERT (top-right), OK (bottom-left), CANCEL (bottom-right). Buttons must be flat, simple, and evenly aligned. Add one small circular LED (4 mm) below buttons, labeled “STATUS LED”. Add a charging port (8×3 mm) on the right side only. Include strap slots (15×4 mm) with a fabric strap (30–35 mm width). Design must be rugged, minimal, matte dark grey. Avoid extra text, symbols, LED strips, bright colors, or decorative elements.
Anonymous1775446872
Create a realistic engineering 3D model of a tactical wearable arm-band communication device. Main body: rectangular, 70×45×15 mm, slightly rounded edges (3–4 mm), with 4 corner screws and visible case seam. On top, place exactly 4 circular buttons in a 2×2 grid (10 mm diameter, 2–3 mm height, 6 mm spacing), labeled: SOS (top-left), ALERT (top-right), OK (bottom-left), CANCEL (bottom-right). Add one small circular LED (4 mm) below buttons, labeled “STATUS LED”. Add a charging port (8×3 mm) on the right side only. Include strap slots (15×4 mm) and a fabric strap (30–35 mm width). Design must be rugged, minimal, matte dark color. Avoid extra buttons, LED strips, sci-fi or decorative styles.
Anonymous1775446872
Create a realistic, engineering-style 3D model of a tactical wearable arm-band communication device. The design must be functional, minimal, and prototype-ready, not artistic or futuristic. 🔹 Main Body: Shape: rectangular with slightly rounded edges Dimensions: 70 mm (L) × 45 mm (W) × 15 mm (H) Corner radius: 3–4 mm Include a visible case split line around the body Add 4 small screws (3 mm diameter) at the corners🔹 Top Surface (STRICT LAYOUT): Add exactly 4 circular buttons arranged in a 2×2 grid: Each button: Diameter : 10 mm , Height: 2–3 mm raised Spacing between buttons: 6 mm Labels: Top-left: SOS , Top-right: ALERT, Bottom-left: OK, Bottom-right: CANCEL Buttons must be: flat and tactile simple (not decorative) evenly aligned🔹 LED Indicator: Add only ONE circular LED Diameter: 4 mm Position: centered below the buttons Must be clearly different from buttons Label: STATUS LED 🔹 Side Features: Add a charging port: Size: 8 mm × 3 mm.Position: right side of the device only Rectangul
Anonymous1775446872
Create a realistic engineering 3D model of a tactical wearable arm-band communication device with accurate proportions and functional design. The device has a rectangular main body (70 mm × 45 mm × 15 mm) with slightly rounded edges (3–4 mm radius) and a rugged, industrial look. Include a visible case split line and four small screws (3 mm) at the corners. Top Surface: Add four circular buttons in a 2×2 grid: Each button: 10 mm diameter, 2–3 mm height Spacing between buttons: 6 mm Flat, tactile design (not decorative) Label buttons: SOS (top-left) ALERT (top-right) OK (bottom-left) CANCEL (bottom-right) Add one circular RGB LED (4 mm diameter) below the buttons or top-right. Label it: STATUS LED Side Features: Add a charging port (8 mm × 3 mm rectangular cut) on one side. Label: CHARGING PORT Strap System: Add strap slots (15 mm × 4 mm) on both sides. Attach a fabric arm strap (30–35 mm width, 2–3 mm thickness). Label: ADJUSTABLE STRAP Design Style: Rugged, practical, military-inspired
Anonymous1775446872
Create a realistic engineering prototype of a wearable tactical arm-band communication device. FORM: Compact rectangular module Slight curvature for arm fit Thickness realistic (not thin) TOP SURFACE (VERY STRICT): Four circular buttons in 2×2 grid Diameter: 10 mm Proper spacing (minimum 5 mm gap) Raised and tactile One RGB LED below buttons Small (3–5 mm) Flush or slightly raised DESIGN STYLE: Industrial, rugged Inspired by military or safety equipment NOT futuristic, NOT gaming FUNCTIONAL DETAILS: Visible seams (case opening) Screw points (4 corners optional) USB charging port on side Strap slots on both ends STRAP: Thick fabric band Functional attachment LABEL RULES (IMPORTANT): Only label: SOS ALERT OK CANCEL STATUS LED 👉 Do NOT label internal components on body GEOMETRY REQUIREMENTS: Clean edges No distortions Proper proportions Real-world manufacturable design Avoid: sci-fi shapes glowing effects complex textures unrealistic proportions
Anonymous1775446872
necklace and bracelet with smart integrated tech
Anonymous1775403012
Anonymous1775388670
Design a premium wearable electronics enclosure shaped like a SMOOTH TEARDROP BODY WITH A SINGLE CLAW-LIKE BITE CUT INTO ITS LEFT SIDE. This must be a closed solid main body, not a hook, not a ring, not a clip, not a carabiner, and not a literal animal claw. Exact shape intent: - Start with a fat rounded teardrop enclosure. - The right side and lower body stay bulky, smooth, and full. - The top tapers upward into a moderately sharp pendant tip. - Cut one smooth tapered claw-shaped opening from the upper-left side down toward the lower-left side. - This cut should create the visual impression of an upper pincher and a lower/main body. - The upper pincher must remain attached to the main body. - The body must remain one continuous shell. - The silhouette should resemble a simple abstract claw sketch, not a realistic lobster claw. Very important: - NO hook shape - NO carabiner shape - NO open loop body - NO detached pincer - NO rear spike or tail - NO second protruding horn - NO realistic animal anatomy - NO
Anonymous1775373393
Enter invite code to get credits!