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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.

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Inicialmente, foi definida a redução do tamanho do gabinete, adotando um formato mais compacto e ergonômico, semelhante a dispositivos vestíveis já utilizados no dia a dia, como relógios inteligentes. Em seguida, foi planejado um sistema de vedação mais eficiente, com o objetivo de evitar danos causados por água e poeira, aumentando a durabilidade do equipamento. Também foram escolhidos materiais mais adequados para a estrutura, como o polímero ABS na parte interna, garantindo maior resistência, e o silicone na parte externa, proporcionando conforto ao usuário. A cinta foi projetada com reforço estrutural e sistema de detecção de violação, visando aumentar a segurança e evitar tentativas de remoção indevida. Por fim, foi considerada a utilização de uma bateria de estado sólido, visando reduzir o tamanho do dispositivo e melhorar a eficiência energética, permitindo maior autonomia e vida útil. (tem que ser uma tornozeleira eletronica)
Anonymous1769167839
A smart electronic glove is a wearable device designed to monitor and stabilize hand movements. The system, called “Nabd Thabet” (Stable Pulse), integrates sensors, a microcontroller, and actuators into one compact design to help reduce involuntary tremors. It works in three stages: first, motion sensors detect hand and finger movements. Then, a microcontroller analyzes the data. Finally, small actuators produce corrective vibrations or movements to reduce unwanted shaking. This process relies on continuous feedback, allowing real-time adjustment. The glove includes motion sensors, a processing unit, actuators, and a power source. Sensors are strategically placed on the fingers and palm for accurate tracking while maintaining comfort. Overall, the glove improves hand stability by detecting and actively correcting unwanted motion.
Anonymous1776156366
A minimalist wearable knee band medical device designed for post-operative recovery. The design includes: - A soft, flexible fabric band that wraps around the knee, slightly curved to match leg anatomy - A small, smooth rectangular module attached to the band (similar to an Apple AirTag style but rectangular) - The module is centered on the front of the band - The band has a clean, modern look with no visible seams Style: - Futuristic, clean, and minimal - Soft rounded edges everywhere (no sharp corners) - Apple-like industrial design - Medical-grade aesthetic Colors: - Band: deep purple (#351B56) or dark gray - Device module: light purple / soft gray (#AB5998 tone or neutral gray) - Logo: metallic silver (subtle, slightly reflective) Logo: - Use a simple abstract organic shape (like a soft, flowing symbol) - The logo should be centered on the module and optionally on the band - The logo should appear engraved or slightly raised in metallic silver Details: - The module should look
Anonymous1769641901
A high-tech smart ID badge product render. A thin, modern wearable device with sleek rounded corners and a durable matte white industrial plastic casing. A large, glossy flat glass display screen dominates the front face. Within the screen area, the content is explicitly flat (plano), showing a clear digital image/video feed of hands performing clear Libras (Brazilian Sign Language) and distinct flat caption text below reading: 'Olá! Como posso ajudar?'. Top bezel contains a pinhole camera lens. On the right side edge, two distinct tactile physical buttons are integrated, styled precisely like phone volume buttons: one perfectly round button with a small microphone icon (Áudio), and one perfectly square button with a small camera icon (Vídeo). Sleek metallic loop on the top edge with a blue lanyard attached. Speaker grills on the bottom edge. Professional product design, clean 8k photorealistic render, clean white background.
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A futuristic wearable VR headset with an integrated neurotechnology system. The design features a sleek white and black virtual reality headset with a smooth curved visor and adjustable side straps. On top of the headset is a flexible EEG sensor mesh cap, composed of multiple small circular electrode nodes connected with thin wires, covering the upper head. The device includes built-in biometric sensors: a glowing green heart rate sensor embedded on the side strap, and advanced eye-tracking cameras inside the headset lenses with visible infrared indicators. The overall design is ergonomic, lightweight, and modern, combining medical technology and consumer VR aesthetics. Materials include matte plastic, soft padding, and metallic sensor components. The headset should look high-tech, realistic, and slightly futuristic. Render in high detail, 3D product design style, studio lighting, clean white background, soft shadows, ultra-realistic textures, 4K quality. Style: industrial design,
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A single-piece, medical-grade wearable patch for chest attachment, featuring an extremely minimalist and ultra-thin design. Size approx 85x55mm, 5mm thick. Shape should be a smooth, pebble-like organic curve with absolutely no aggressive points, inspired by a soothing river stone. Material is translucent, skin-tone TPU with a subtle matte finish (IPX4 rating aesthetic). Top surface is mostly flat and plain. Integrate a standard, minimalist USB-C port, a single round recessed button, and a tiny LED indicator hole near the edge, arranged in a very clean, professional manner. Professional and discreet medical device appearance
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