Compared with the X-ray foreign body detection machine, the main features of the use details explain the situation in detail

Compared with the X-ray foreign body detection machine, the main features of the use details explain the situation in detail


Compared with the X-ray foreign body detection machine, the main features of the use details explain the situation in detail

The x ray inspection equipment mainly uses the penetrability of X-rays, integrates photoelectric technology, integrates computer, digital signal processing and other technologies to distinguish, extract, and distinguish image information through vision and pattern recognition, and finally achieves mixed in food Handling of foreign objects or missing products.

Using the penetrating ability of x ray inspection equipment, from bones, plastics and other hard foreign objects to various metal foreign objects can be detected with higher sensitivity and stability, helping you to more effectively improve the quality of finished products. Not only can it detect foreign objects in food, including metals, glass, ceramics, stones, bones, plastics, etc.; it can also identify product defects, such as packaging cracks, bubbles, and content defects, and achieve complete product inspection. x ray inspection equipment is widely used in food industry; pharmaceutical industry; textile industry, integrated circuit board and other industrial industries. The quality control of the food industry meets the requirements of HACCP and IFS. Identify product defects, such as product damage, product deformation or product missing, etc., and eliminate product quality risks.

The main features of x ray inspection equipment:

1 There is no product effect, and the detection capability is not susceptible to electromagnetic interference.

2. The amount of X-ray leakage is small, conforms to international standards, and will not cause harm to operators.

3. The software has multiple functions such as product parameter storage, image storage, inspection log storage, and product quality assessment management.

4. In view of the different absorption effects of irregular foreign bodies on X-rays in different directions, the multi-view X-ray source ensures the detection of irregular foreign bodies.

5. In addition to basic functions such as foreign body detection in the software, it also has multiple auxiliary functions such as packaging defect detection, food defect detection, and weight analysis.

6. The x ray inspection equipment has a software self-learning function. Through the automatic software analysis of the tested object, the X-ray voltage and current parameters are adjusted to ensure the best inspection accuracy.

7. The multi-view X-ray source is used for synchronous work, and the product is irradiated by one vertical and two horizontal ray sources at the same time, covering the entire area to the maximum extent, avoiding blind spots and improving the possibility of detection.

8. Developed a Windows-based x ray inspection system

, Realize the parameter setting control and mechanical control of X-ray foreign body detection and the fast foreign body detection algorithm of X-ray image. Friendly man-machine interface.

9. For foreign objects that are often close to the edge and bottom of the product or package, the multi-view X foreign object detector adopts self-use area shielding technology for each angle of the light source to perform targeted inspections of foreign objects at the edge to avoid false detections.

10. X ray inspection equipment adopts high-speed video Cam eraLink interface protocol, which enables the maximum image transmission speed to reach 1.6Gbps, ensuring that the system has good real-time performance in high-speed inspection; in addition, the use of Cam eraLink image capture card greatly enhances The versatility and scalability of the detection system.

11. The use of highly integrated pure digital solutions to realize the functions of the X-ray camera, the drive of the X-ray linear array detector, the collection and transmission of image data, and the image preprocessing algorithm are all implemented on the MCU FPGA. The structure of the system is simplified to the greatest extent, the reliability of the system is improved, and the failure rate of the equipment is reduced. The system is more reliable, stable and maintenance-oriented