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Sensor ports 3D Models

Find the best Sensor ports 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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Anonymous1764554127
速度传感器
Anonymous1763972288
根据图片生成完整的3D模型，不要有残缺面
Anonymous1719910858
Anonymous1763490562
Anonymous1763299183
Anonymous1757986696
Anonymous1740637557
帮我做一支PH传感器，规格如下 规格 - pH传感器InPro4010/120 ISM（数字）或模拟 模拟 pH传感技术 通用玻璃膜 pH范围 2 – 12 参比系统 Xerolyt聚合物电解液，开放式双液络部，带Argenthal银离子捕捉阱 操作温度（摄氏度） 0 °C - 60 °C 电缆连接器 VP 过程连接 Pg 13.5螺纹 可消毒/可高温灭菌 否 电极长度 120 mm 证书和认证 CE 梅特勒-托利多质量证书 PED 操作压力（Bar) 0 至 1 barg（60 °C 时）
Anonymous1761546227
i want to create a enclosure for my project which consist of a zero pcb on which 3 sensors are placed with esp32 powered by dc dc converter and 3 sensors as ad8232,max30102,max4466 so for ad8232 i want a out for electrode connector , for one wire out for out of max4466 , and for max30102 i want to place a finger on it so frame such a enclosure with stpe y step
Anonymous1760513255
Anonymous1707990377
Anonymous1759288138
"A modern rectangular device. The device looks like a clean prototype testing box, with glowing circular sensor modules placed on its sides. In the middle of the top surface, there is a rectangular slot for inserting herbs. A fresh green herb leaf gently drops into the slot. Once the herb enters, multiple sensors on the box light up with glowing rings and scanning effects. Floating text labels appear next to each sensor: 'Potentiometric Ion-Selective Electrode (ISE)', 'Potentiometric pH Sensor', 'Potentiometric Lipid/Polymer Membrane', 'Amperometric Glucose Biosensor', 'Voltammetric Carbon-Based Electrode'. Show each sensor glowing as if it is activated, one after another, while scanning the herb. End with the box glowing softly, symbolizing successful testing." Adjust these sensors into a box having a small space to go inside where I can set a glass/beaker.
Anonymous1759290608
Anonymous1747838569
Generate a clear, labeled diagram of a compact waterproof electronics enclosure with the following specifications: - **Dimensions:** 150 mm × 100 mm × 60 mm - **Wall Thickness:** 3 mm - **Material:** ABS plastic with IP65 waterproof rating - **Features:** - Three bottom ports (12 mm diameter each) for sensors - Front slot (25 mm × 10 mm) for electrochemical cartridge insertion - Internal mounting area (30 mm × 50 mm) for ESP32 board - Battery compartment (60 mm × 30 mm) - Flat top area (80 mm × 50 mm) for solar panel - Rubber gasket grooves around the lid for waterproof sealing - Screw holes on the lid for easy opening - Mounting brackets at the back for attaching to a water tank Ensure all components are visible in one image, with clear labels and annotations for each part. The diagram should be suitable for inclusion in a PowerPoint presentation, with a clean and professional appearance.
Anonymous1758965914
Generate a detailed 3D CAD model of a compact waterproof electronics enclosure with the following specifications: **Enclosure Dimensions and Structure:** - Outer dimensions: 150 mm × 100 mm × 60 mm - Wall thickness: 3 mm - Rounded corners - Lid with rubber gasket grooves for IP65 waterproofing - Screw holes on lid for easy opening **Sensor Ports and Internal Sensors:** - Bottom side: three circular ports, 12 mm diameter each - Place sensors aligned with the ports: - pH sensor: cylinder, 12 mm diameter × 70 mm height - ORP sensor: cylinder, 12 mm diameter × 60 mm height - Turbidity sensor: cylinder, 12 mm diameter × 65 mm height - Sensors should protrude slightly through the bottom ports and sit securely inside with ~2 mm clearance around for wiring **Front Features:** - Slot for electrochemical cartridge insertion: 25 mm × 10 mm **Internal Electronics and Compartments:** - ESP32 mounting plate: 30 mm × 50 mm space, positioned centrally inside - Battery compartment: 60 mm × 30 mm, inside the enclosure - Ensure all internal components are modeled as separate solids, correctly positioned, and do not overlap **Top Features:** - Flat area: 80 mm × 50 mm for a small solar panel **External Mounting:** - Mounting brackets at the back for attaching to a water tank **Additional Notes:** - Maintain realistic clearances for wiring and sensor connections - All internal components, including sensors, ESP32, and battery, should be visible as separate solids inside the enclosure - Keep the enclosure waterproof with correct gasket placement
Anonymous1758965914
"Generate a detailed 3D CAD model of a compact waterproof electronics enclosure, dimensions 150 mm × 100 mm × 60 mm, with rounded corners and 3 mm wall thickness. Include three circular sensor ports on the bottom (12 mm diameter each) for pH, ORP, and turbidity probes. Add a front slot (25 mm × 10 mm) for inserting an electrochemical cartridge for E. coli detection. Include an internal mounting plate for ESP32 board (30 mm × 50 mm space) and battery compartment (60 mm × 30 mm). On the top, add a flat area (80 mm × 50 mm) for a small solar panel. Add rubber gasket grooves around the lid for IP65 waterproofing and screw holes for easy opening. Add mounting brackets at the back for attaching to a water tank."
Anonymous1758965914
turn this image into 3d model
Anonymous1756453760
Anonymous1774709141
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