Train Wheel Defect Detection

When imaging, the laser light is projected onto the wheel in a uniform line to ensure that the image has a constant brightness.
To ensure that the camera receives enough laser light, a high exposure time is required. This can easily lead to stray light from the environment being mixed into the image, but Matrox MIL can effectively remove noise from the image and extract the necessary details.
Handheld high-precision instrument testing has shown that TreadVIEW can achieve an accuracy of 0.5mm on moving vehicles, with a single image inspection time of approximately 0.5-1 seconds. In terms of specific implementation data, if ±0.5mm measurements can be made within a ±10mm field of view, the system will be able to accurately recommend whether immediate or future remedial action is needed.

Computer Vision

Software / Hardware

Features

Use Cases

Vertical Specifics

Business Tags
‍

Machinery/Vehicles/Metals

Use Cases

Solution Info Link

Seller

Seller Name

G4 Technology

Past project(s)

Client(s)

Country

Specializes in

Train Wheel Defect Detection

Description

When imaging, the laser light is projected onto the wheel in a uniform line to ensure that the image has a constant brightness.
To ensure that the camera receives enough laser light, a high exposure time is required. This can easily lead to stray light from the environment being mixed into the image, but Matrox MIL can effectively remove noise from the image and extract the necessary details.
Handheld high-precision instrument testing has shown that TreadVIEW can achieve an accuracy of 0.5mm on moving vehicles, with a single image inspection time of approximately 0.5-1 seconds. In terms of specific implementation data, if ±0.5mm measurements can be made within a ±10mm field of view, the system will be able to accurately recommend whether immediate or future remedial action is needed.

Vertical Specifics

Business Tags

Machinery/Vehicles/Metals

Use Cases

AI Category

Computer Vision

Data Source

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