Industry News

​In modern industries, the demand for ultra-precise measurement tools has never been greater. Whether it's in aerospace engineering, semiconductor manufacturing, medical device production, or advanced research laboratories, accuracy defines performance and innovation. One such cutting-edge technology is the Four-wave Interferometric Sensor, a device that pushes the limits of traditional interferometry and provides engineers and scientists with previously unattainable measurement precision.

​In today's biomedical and life sciences field, technological advancements are rapidly reshaping how researchers observe and analyze cellular activity. Among these innovations, the 3D Living Cell Microscope has emerged as a powerful tool that allows real-time, three-dimensional observation of living cells without damaging them. Unlike traditional microscopes that provide only two-dimensional views, this instrument enables a deeper understanding of cell morphology, interaction, and development, which is essential for research in cancer studies, drug discovery, immunology, and regenerative medicine.

3D cell microscopes have revolutionized biological and medical research by providing unprecedented insights into cellular structures and processes. These advanced imaging systems allow scientists to observe cells in their native, three-dimensional state, leading to more accurate and meaningful data.

For over two decades in the tech industry, I’ve seen countless inspection methods come and go. But one question keeps popping up: Can machine vision inspection truly outperform traditional manual or semi-automated defect detection? The short answer is yes—and here’s why.

When nanometer-level precision matters, BOJIONG Interference Measurement Systems provide researchers and manufacturers with cutting-edge optical measurement solutions. Our interferometers combine advanced laser technology with sophisticated software analysis for unmatched measurement reliability.

Wavefront sensors are used in astronomy, medicine, industry and other fields, assisting in observation, surgery, precision manufacturing, etc. They also show potential in fields such as quantum communications and promote technological innovation.