Chugai Technos Corporation

This equipment uses a videoscope to inspect the inside of long, small-diameter pipes. It can automatically take pictures and store images at each pitch.

The radiation measurement work that was previously done manually using a survey meter has been automated with this device. By placing the drum tube on the table and lowering and setting the sensor, it is possible to automatically measure both the inside and outside surfaces simultaneously in a short time.

Conventionally, radiation measurement work was done manually using survey meters, but now this equipment automates it. By simply placing the thin object to be measured on the conveyor, the front and back sides can be measured simultaneously and automatically in-line, reducing inspection time.

A specified amount of raw gas is introduced into the reaction section of the test equipment set under specified conditions (temperature and pressure), and the generated gas can be sampled. The generation rate of the target gas can be evaluated by analyzing the components of the sampled generated gas.

Using a test device that can visualize the electric furnace, the fuel combustion status can be visually confirmed. Furthermore, by sampling and analyzing the generated gas, the impact of exhaust gas on the environment can be understood.

Below are some examples of how we respond to requests for business support.

etc.

We have developed a crack detection software called "Crack Detection"* that uses machine learning to automatically detect cracks in images of the concrete surface of structures, etc.

We create camera control devices tailored to your needs, as well as build defect detection (foreign object detection, defective product detection) and measurement systems (distance, displacement, etc.) using image processing technology and AI. Our image recognition technology can be used for a variety of purposes, including monitoring, quality improvement, and experiments.