In the fiercely competitive field of ceramic copper-clad laminate production, the stability and reliability of product quality have always been the core factors determining the success or failure of enterprises. Any slight defect, especially hidden voids or bubbles at the junction of copper and ceramics, may cause serious problems in subsequent use, leading to performance degradation, shortened life cycle, and even safety hazards.
The advent of Scanning Acoustic Tomography has brought revolutionary changes to the industry. Relying on advanced Scanning Acoustic Tomography (SAT) technology, it provides unprecedented precision and efficiency for quality inspection of ceramic copper-clad laminates, completely overturning the limitations of traditional inspection methods.
Scanning Acoustic Tomography is a major breakthrough in the field of non-destructive testing technology. This technology utilizes the unique properties of ultrasound to accurately detect microscopic conditions at the junction of copper and ceramics. Even extremely small voids or bubbles can be clearly identified, as if a door to the microscopic world has been opened for the ceramic copper-clad laminate industry.
The working principle of Scanning Acoustic Tomography is based on the unique behavior of ultrasound as it propagates through different media. When ultrasound penetrates a ceramic copper-clad laminate, due to the different acoustic properties of copper, ceramics, and potential internal voids or bubbles, phenomena such as reflection, refraction, and attenuation occur during propagation. By precisely emitting and receiving ultrasound and conducting an in-depth analysis of the reflected sound wave signals, superscan devices can construct detailed images of the internal structure of the laminate. These images are like the "internal maps" of the product, clearly showing whether there are defects in the junction areas of copper and ceramics, as well as the location, size, and shape of these defects, providing key foundation for subsequent quality evaluation and improvement.
The detection capability of Scanning Acoustic Tomography is astounding. They can sharply capture extremely tiny defects, even voids or bubbles only a few micrometers in size, which cannot escape its "X-ray vision." This high sensitivity and precision in detection provides a robust guarantee for ensuring product quality, allowing each inspected ceramic copper-clad laminate to meet the highest quality standards.
Non-Destructive Testing: Protecting Product Integrity
During inspection, Scanning Acoustic Tomography adopts non-destructive testing techniques. Whether it is loading/unloading or scanning operations, it does not cause any physical damage to the product, nor does it affect any performance attributes of the product. This means that inspected products can directly enter the next production phase without concerns about quality degradation due to the inspection process.
Automation and Intelligence: Enhancing Production Efficiency
Scanning Acoustic Tomography is equipped with automatic detection and automatic marking functions. They smartly analyze the layered images and automatically identify and locate defect positions. Subsequently, the size and area of the defects are statistically analyzed, recorded, stored, and marked, enabling accurate sorting of defective products and automatically generating statistical reports, facilitating quality monitoring for clients.
With outstanding Scanning Acoustic Tomography technology, the equipment have become the solid choice for quality inspection in the ceramic copper-clad laminate industry.
EN
ko 
fr 
de 
es 
it 
ru 
pt 
ar 
hi 
jw 
zh-CN
