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Inspection 3D Models

Find the best Inspection 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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Anonymous1769493400

Anonymous1769493400

Anonymous1772146366

ywZ

我想生成一个钣金件快速检测平台的建模，我的建模大致为三个部分，第一部分为上料台，是用来放钣金件的产品的；第二部分为钣金件快速检测平台，分为钣金件检测箱体，箱体内包含高清相机（顶部相机和侧相机）、自动开关门、开关门检测传感器、光源系统，外部包含协作机械臂；第三部分为喷码器。我是想用这个建模来演示我所做的钣金件快速检测平台在产线当中的应用场景，第一部分上料台是用来承接流水产线的，流水线输出的产品放在上料台上；第二部分为重点部分，通过检测箱旁边的机械臂拿取上料台上的钣金件，传感器识别到机械臂靠近，自动开门，机械臂把待检测的钣金件放进检测平台，传感器识别到机械臂出来后，自动关门，检测完钣金件，机械臂再把检测完后的钣金件拿出来（拿取的开关门逻辑一样）放到第三部分的喷码器上；第三部分喷码器主要就是为钣金件打上标签，方便区分钣金件合不合格。三部分以左中右的布局排列。钣金件检测柜门为滑动门，机械臂为气泵机械臂，拿取钣金件的地方有吸盘。

Anonymous1748619288

Generate a low-poly 3D conveyor belt inspection system for an industrial quality-check scenario.

The scene contains:

A slow-moving conveyor belt (dark rubber belt, simple rollers)

Uniform low-poly box objects placed on the belt, evenly spaced

An overhead inspection camera mounted on a minimal metal frame, centered above the belt and angled downward

A status indicator light unit attached near the camera with two circular lights

Behavior representation (visual only):

When an object passes directly under the camera:

Green light = OK / accepted object

Red light = NOT OK / rejected object

Lights are visually distinct and emissive, but no UI, no text, no symbols

Art & Style Constraints:

Low-poly geometry only (no bevels, no curves, no high-detail meshes)

Flat colors, matte materials

Industrial color palette: gray metal, black belt, neutral boxes

Lights use solid green and solid red emissive materials

Anonymous1765694168

Create a realistic 3D model of a compact 2×2 rectangular railway inspection rover with a metallic silver-grey body and black-yellow caution lines. The rover has four flanged steel train wheels fitting standard railway tracks, giving a sturdy industrial look. On top, include a tall, detailed pantograph with joints, springs, and insulator plate, a cylindrical 3D LiDAR at the front center, a 360° dome camera behind it, and GPS/Wi-Fi modules with antennas near the rear corners. The front face has two wide-angle cameras and triangular headlights, while the rear also has two cameras. At the bottom, place ultrasonic sensors on all four corners, LDS sensors near front wheels, two IR sensors on each side, an industrial downward-facing camera at the center, eddy current sensors on both sides, and a laser profilometer on the left side. Add wheel encoders and IMU near the center axis, dual motors near the rear wheels, and neat wiring channels under the chassis for a professional finish.

Anonymous1760209672

Create a realistic 3D model of a compact 2×2 rectangular railway inspection rover with a metallic silver-grey body and black-yellow caution lines. The rover has four flanged steel train wheels fitting standard railway tracks, giving a sturdy industrial look. On top, include a tall, detailed pantograph with joints, springs, and insulator plate, a cylindrical 3D LiDAR at the front center, a 360° dome camera behind it, and GPS/Wi-Fi modules with antennas near the rear corners. The front face has two wide-angle cameras and triangular headlights, while the rear also has two cameras. At the bottom, place ultrasonic sensors on all four corners, LDS sensors near front wheels, two IR sensors on each side, an industrial downward-facing camera at the center, eddy current sensors on both sides, and a laser profilometer on the left side. Add wheel encoders and IMU near the center axis, dual motors near the rear wheels, and neat wiring channels under the chassis for a professional finish.

Anonymous1760209672

Create a realistic 3D model of a compact 2×2 rectangular railway inspection rover with a metallic silver-grey body and black-yellow caution lines. The rover has four flanged steel train wheels fitting standard railway tracks, giving a sturdy industrial look. On top, include a tall, detailed pantograph with joints, springs, and insulator plate, a cylindrical 3D LiDAR at the front center, a 360° dome camera behind it, and GPS/Wi-Fi modules with antennas near the rear corners. The front face has two wide-angle cameras and triangular headlights, while the rear also has two cameras. At the bottom, place ultrasonic sensors on all four corners, LDS sensors near front wheels, two IR sensors on each side, an industrial downward-facing camera at the center, eddy current sensors on both sides, and a laser profilometer on the left side. Add wheel encoders and IMU near the center axis, dual motors near the rear wheels, and neat wiring channels under the chassis for a professional finish.

Anonymous1760209672

设计一个关于未来城市巡检机器人，请根据市场的卖的好的产品外观形态

Anonymous1758718107

Anonymous1774319103

Anonymous1762757636

Anonymous1747067842

que esta herramienta este bajando en un pozo petrolero de forma vertical, su función es con sus brazos ver si existe corrosión en la tuberia o particualas pegadas a la cara del pozo

Anonymous1756241630

Anonymous1755615905

HaoYunLianLian

给图中铁路隧道检查车生成精细版模型

Anonymous1754894502

Anonymous1744020867