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　　X-ray machine comprehensive testerEquipped with a variety of sensors and probes, such as illumination probes for light output measurement, image intensifiers and viewing boxes, current probes for non-invasive pipeline current measurement, etc., it is possible to comprehensively test multiple performance indicators of the X-ray machine. It can non-destructively detect internal defects of objects with high accuracy and wide application range. It can detect tiny cracks, pores, inclusions and other defects, providing a strong guarantee for product quality control.
 

　　It can be used to detect various types of X-ray equipment, including general industrial frequency X-ray generators and variable frequency
 

　　X-ray machine comprehensive testerPrecautions for use:
 

　　1. Radiation safety protection
 

　　-Wear personal protective equipment: Wear personal protective equipment such as goggles, gloves, protective clothing, etc. during operation to reduce the impact of radiation on the body.
 

　　-Control radiation dose: Strictly control radiation dose to work within legal limits, use appropriate shielding materials and techniques to reduce radiation levels and avoid unnecessary radiation exposure.
 

　　-Keep a safe distance: Try to stay as far away from the radiation source as possible during the operation, and ensure that other unrelated personnel do not enter the radiation area to reduce radiation risks.

 

　　2. Equipment operating specifications
 

　　-Follow operating procedures: Strictly follow the operating procedures of the equipment, correctly set and adjust equipment parameters, such as radiation intensity, time, etc., and do not change or misoperate at will.
 

　　-Regular calibration and maintenance: Calibrate and maintain the X-ray detector regularly to ensure stable performance and reduce the risk of failure. Calibration ensures your equipment’s measurement accuracy, while maintenance extends its life.
 

　　-Avoid interfering factors: When conducting testing, pay attention to whether there are factors in the surrounding environment that may affect the testing results, such as electromagnetic field interference, etc., and take appropriate measures to eliminate them.
 

　　3. Precautions for sample handling
 

　　-Sample compliance: Ensure that the samples used meet the testing requirements and avoid using samples that do not meet the regulations, resulting in inaccurate test results or damage to the equipment.
 

　　- Handle with care: Be careful when placing and taking out samples, and handle with care to prevent the sample from being damaged by collision or falling.
 

　　4. Emergency measures
 

　　- Develop an emergency plan: Establish a comprehensive emergency response plan so that effective response measures can be taken quickly when unexpected situations occur (such as equipment failure, radiation leakage, etc.) to ensure personnel safety and the environment from pollution.
 

　　-Timely reporting and handling: Once an abnormality is discovered, operations should be stopped immediately and reported to superiors, and handled in accordance with prescribed procedures without concealment or delay.