About Us

What Makes the Wavefront Interferometer Sensor Essential for Precision Measurement?

In today's era of advanced optics and precision engineering, accurate measurement is more critical than ever. At Bojiong (Shanghai) Precision Machinery Technology Co., Ltd., we specialize in providing cutting-edge metrology solutions, and one of our standout products is the Wavefront Interferometer Sensor. This innovative sensor has transformed how we approach surface measurement, optical testing, and quality control. The Wavefront Interferometer Sensor allows engineers and researchers to capture precise wavefront data, ensuring unparalleled accuracy in both industrial and laboratory applications. I personally rely on this technology for our quality assurance processes, and it consistently delivers high-resolution results that traditional methods cannot match.

Why Are Metal Optical Frames the Smart Choice for Modern Eyewear Users?

Metal optical frames have long been recognized as one of the most durable, stylish, and sophisticated options in the eyewear industry. They are made from high-quality metals such as stainless steel, titanium, aluminum, and nickel alloys, offering a perfect balance of strength, lightness, and timeless appeal. The sleek finish and refined structure make them a preferred choice among fashion-conscious individuals and professionals alike.

What Makes Wavefront Sensing Measurement Crucial in Modern Optical Systems?

​In my work with advanced optical systems, I often ask myself, "How can we ensure the highest precision in measuring optical wavefronts?" Wavefront Sensing Measurement has become the cornerstone in achieving unparalleled accuracy in optical testing and alignment. By capturing detailed information about the distortions in a wavefront, this technology allows engineers like me to diagnose optical imperfections, optimize lens designs, and improve system performance. I rely on Wavefront Sensing Measurement not just for research but also for quality assurance, ensuring that every optical component meets strict performance standards.

What is Interference Measurement and Why Does It Matter?

​In modern manufacturing, electronics, and optical engineering, precision is not an option—it is a necessity. One of the most reliable methods used to achieve accuracy on a microscopic scale is Interference Measurement. This technology has become essential in quality control, research, and industrial applications where even the smallest deviation can affect performance and durability.

Why is 3D Label-free Cell Microscopy Transforming Modern Biological Research?

​In recent years, scientists and engineers have increasingly turned their attention to advanced imaging methods that allow deeper, more accurate, and non-invasive exploration of living cells. Traditional techniques rely heavily on staining and fluorescence labeling, which often disrupt natural biological states. However, 3D Label-free Cell Microscopy provides a solution: it offers high-resolution three-dimensional imaging without the need for exogenous labels.

Why Are Metal Optical Frames the Preferred Choice for Modern Eyewear?

​When it comes to choosing eyewear, style, durability, and comfort are the three main pillars that influence a customer's decision. Metal Optical Frames have become a leading choice in the eyewear industry, balancing sleek aesthetics with long-lasting performance.

How Do Disposable Lab Items Help Prevent Contamination in Research?

Why Are Lab Utensils and Disposable Items Essential in Scientific Research?