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Vision 3D Models

Find the best Vision 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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2. 主体结构框架 底座：重型黑色T型槽平台。 龙门架：银色铝型材框架，通过黑色角件连接。 中央工作台：不锈钢升降柱，顶部集成电动分度台。配备模块化快换夹具基座，展示V型块和三爪卡盘两种夹具。 3. 视觉与照明系统（多工位协同） 顶视工位：位于龙门架中央。三维精密线性滑台（X-Y-Z轴）承载面阵相机与镜头，下方配大型白色环形光。 侧视工位：位于底座侧方。线阵相机通过L形支架固定，配合两条低角度可调条形光（暗场照明），由万向支臂安装。 内窥工位：位于另一侧的直线滑台上，安装工业内窥镜探头单元。 线缆管理：所有线缆收纳于黑色拖链内。 4. 关键操作与安全细节 设备配有侧置悬臂式控制面板（含触摸屏、急停按钮）、安全光幕以及半透明聚碳酸酯防护罩。背部集成电气柜。 5. 工件信息（代表性展示） 需兼容多种回转体工件。代表性工件包括： 实心轴类：外径8mm（高120mm）、外径62.5mm（高99mm）。 空心套类：外径358mm（高20mm/内径300mm）、外径420mm（高19mm/内径221mm）、外径669mm（高109mm/内径452mm）。 6. 材质 主要材质包括阳极氧化铝（框架、夹具）、黑色哑光钢板（底座、罩壳）、半透明聚碳酸酯（防护罩）、不锈钢（精密部件）和工业塑料（手柄、按钮）。 总结：一个用于检测多种尺寸回转体工件涂层边界的模块化视觉系统，具备顶视、侧视及可选内窥工位，结构清晰，体现精密工业设计。
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A high-tech 3D motion graphics animation of a modern dome CCTV camera. The shot begins with a sleek black camera on a wall, which then undergoes an 'exploded view' effect where the outer casing and lens transparently float apart to reveal the inner hardware. Glowing golden light rays represent photons entering the glass lens and hitting a shimmering silicon CMOS sensor. As the light hits the sensor, it transforms into flowing blue binary data streams (1s and 0s) that travel through a green circuit board. The camera is rendered in a clean, cinematic 'Apple-style' aesthetic with soft studio lighting, 4K resolution, and a shallow depth of field." How to tweak this prompt for different parts of your video: For the Lens/Aperture: * Add: "Extreme close-up on the mechanical iris of the camera lens opening and closing, showing the reflection of a room in the glass." For Night Vision (IR): * Add: "The scene shifts to a dark room; 6 small red LED bulbs around the camera lens begin to glow, and the 'video feed' instan
Anonymous1771779317
Transform this flat 2D illustration into a detailed, three-dimensional style image
Anonymous1771697985
A futuristic wearable AI vision assistance device for visually impaired users. Smart glasses with a small front camera above the bridge, a side-mounted processing module, bone-conduction audio speaker near the ear, and subtle LED indicators. Minimalist and lightweight design, matte black and aluminum materials. Optional transparent AR-style bounding boxes detecting people, doors, stairs, and obstacles. Clean studio background, product showcase style, realistic materials, medium poly.
Anonymous1746509998
A futuristic wearable AI vision assistance device for visually impaired users. Smart glasses with a small front camera above the bridge, a side-mounted processing module, bone-conduction audio speaker near the ear, and subtle LED indicators. Minimalist and lightweight design, matte black and aluminum materials. Optional transparent AR-style bounding boxes detecting people, doors, stairs, and obstacles. Clean studio background, product showcase style, realistic materials, medium poly.
Anonymous1770659871
High-detail 3D model of asymmetrical 'Lazy Vision' glasses, optimized for 3D printing. The left lens housing consists of a rectangular periscope module oriented at 45 degrees to reflect the line of sight 90 degrees downward. The right lens housing is a custom periscope module rotated and angled at 45 degrees to reflect the line of sight 90 degrees specifically to the wearer's right side. The frame should include a sturdy 18mm nose bridge and 140mm ergonomic temples. Walls must be 2mm thick for structural integrity. The model must be watertight and manifold, featuring internal slots to fit 20mm x 20mm square mirror tiles. Futuristic mechanical aesthetic with clean surfaces
Anonymous1769774727
A lightweight, head-mounted AI vision assistant integrated into a modern cap or slim eyeglass frame. The front brim houses a compact forward-facing camera and two small distance sensors. Thin, subtle speakers near the temples provide audio feedback. A small rectangular processing module is attached at the back of the headgear. A tactile button on the side allows quick object/people registration. Materials look matte and technical, with a sleek black or dark gray finish and soft blue LED accents. The camera lens is glossy and prominent, and sensors are flush and minimal. The device conveys advanced assistive tech that reads the environment and communicates it audibly to the user. Key Visual Message: “An intelligent wearable that sees, understands, and speaks the environment for visually impaired users.”
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