X-ray dispensing machine is an advanced equipment that is widely used in various industries, such as pharmaceuticals, food, electronics, etc., to detect and analyze the material composition and structure inside the product. This article will reveal the operating process and working principle of the X-ray dispensing machine.

Step One: Preparation

Before using the X-ray dispensing machine, some preparations are required, including:

1. Equipment inspection: Make sure the X-ray dispensing machine is in normal working condition, and check the equipment’s power supply, cooling system, X-ray source, detector and other components.

2. Set parameters: Set the parameters of the X-ray spotting machine according to the type and size of the items to be inspected, such as X-ray energy, exposure time, scanning speed, etc.

3. Safety measures: Operators need to wear appropriate protective equipment to reduce the risk of exposure to X-ray radiation. At the same time, ensure the safety of the operating environment and prevent others from being inadvertently exposed to radiation.

Step 2: Sample loading

Place the sample to be tested in the detection area of the X-ray dispenser. This can be an entire batch of product or individual samples, depending on the requirements for testing. Make sure samples are placed correctly to obtain accurate test results.

Step 3: X-ray scan

Once the sample is in place, the X-ray pointer activates the X-ray source, producing a high-energy X-ray beam that is passed through the sample. Rays can be absorbed, scattered, or transmitted by different material components of the sample. These rays enter a detector and produce an image of the sample's internal structure.

Step 4: Data Analysis

The X-ray spotting machine transmits the detected data to the computer system for analysis. Computers determine the presence, location and distribution of different substances based on the absorption rates of the rays. This process can help detect foreign matter, cracks, voids and other problems with different densities.

Step 5: Results display and judgment

Finally, the X-ray spotting machine presents the analysis results to the operator in the form of images or digital data. Operators can use this data to determine a sample's quality, integrity, and compliance with specific standards. If there is an abnormality, the system will automatically alarm for timely processing.

in conclusion

The X-ray spotting machine is a powerful tool that provides non-intrusive internal inspection capabilities through X-ray technology. Its operation process covers key steps such as equipment preparation, sample loading, X-ray scanning, data analysis and result display. Through these steps, the X-ray dispensing machine can reveal the structure and composition inside the sample, helping to ensure product quality and safety and reduce risks in production. Not only that, X-ray dispensing machines are also widely used in fields such as medicine, materials science and archaeology, providing strong support for scientific research and industrial production.