The SPI Solder Paste Inspection Machine is one of the crucial equipment in modern electronic manufacturing processes. It is used to detect the solder paste quality of solder joints on printed circuit boards (PCBs) to ensure product quality and reliability.

Hamamatsu flat panel detector is an advanced scientific instrument with a wide range of application fields and important research value. Its design is simple and compact, and its core component is a planar detector chip with tiny and sensitive sensors distributed on top.

Hamamatsu flat panel detector is an advanced technology used for medical imaging diagnosis. It provides doctors and patients with a higher quality and safer imaging detection experience due to its advantages of high definition, fast imaging, and low radiation. The widespread application of flat panel detectors is profoundly changing the development of the medical industry.

​滨松平板探测器是一种用于辐射探测的高性能探测器。它由一块厚度在数百微米到数毫米之间的半导体材料制成，并具有高空间分辨率和高能量分辨率等优点，因此广泛应用于医学影像、核物理学、天文学等领域。

CMOS flat panel detector is a digital X-ray imaging technology widely used in fields such as medical imaging, industrial inspection, and security checks. It is composed of a pixel array, electronics, and image processing system.

SPI solder paste inspection machine is a high-precision inspection device used to inspect solder pads on printed circuit boards (PCBs). The full name of SPI is Solder Paste Inspection, which refers to the inspection of solder paste on solder pads.

Industry is the foundation of a country and the basis of a strong nation. Since the establishment of the People's Republic of China, China's industry has been continuously developing and refining, from the industrial dream of a car or an airplane to a complete and compact industrial product line. For 70 years, the growth of China's industrial output value has been driving the gradual improvement of the localized modern industrialization system.

A flaw detector is a precise professional testing equipment that can be widely used in various industries. Its ability to conquer users in different industries also depends on the professional functional testing effect of the equipment. A high-quality flaw detector can demonstrate unparalleled detection capabilities, helping different industries to detect the desired results.

The detection applications of flaw detectors mainly include the detection of various materials in industry and the detection and diagnosis of human bodies in medicine. Through it, people can detect whether there are defects such as bubbles, scars, cracks, etc. in industrial materials such as metals, and whether the soft tissues and blood flow of people's bodies are normal.

At present, flaw detectors can only provide information on the time and amplitude of defect echoes. It is difficult for flaw detection personnel to determine the nature of defects based on these two aspects of information. In actual flaw detection, the nature of defects is often analyzed and estimated based on experience combined with defect waveforms, bottom wave conditions, processing techniques, and defect characteristics.