In fields such as scientific research exploration, education and teaching, medical diagnostics, and industrial quality inspection, optical microscopes serve as the instruments for observing the microscopic world“Window”, always playing an indispensable role. Based on the principles of light propag
From September 10 to 12, 2025, the global focus of analytical science and biochemical technology is on Beijing: The 21st Beijing Analytical Testing Academic Conference and Exhibition (BCEIA 2025) grandly opened at the China International Exhibition Center (Shunyi Hall). As a key player in the analyt
Recently, MicroInstrument Optoelectronics (Tianjin) Co., Ltd. (hereinafter referred to as "Microinstrument" Optoelectronics) successfully delivered 17 sets of research-grade microscopes to the National Institute of Public Health of Mauritania. As an important part of the scientific instrum
2025Year7month7On the 19th, leaders Zhang Wei, Secretary-General of the Optics and Photonics Subcommittee of the National Standardization Technical Committee, and Feng Qionghui, Secretary-General of the Optical Instrument Branch of the China Instrument and Control Association, visited Weiyi Optoelec
On April 18, 2025, Zunyi, Guizhou — Micro Instrument Optoelectronics (Tianjin) Co., Ltd. (hereinafter referred to as "Micro Instrument Optoelectronics") and Zunyi Medical University successfully completed a biomicroscopy project. More than 100 high-performance biological microscopes have
2025Year9month14On the 19th day, the Zhejiang Machinery Industry Federation organized a meeting for Micro Instrument Optoelectronics in Huzhou City, Zhejiang Province(Zhejiang)Micro Instrument Optoelectronics(Tianjin)Developed by Shenzhen University and other institutions“Highly point-scan high/&nb
Polarizing microscopy is an important experimental method used to observe the crystalline morphology of polymers. By utilizing the polarization phenomenon of light, polarizing microscopes can provide high-contrast images, helping researchers observe the arrangement and crystalline morphology of polymer molecules. However, using polarizing microscopy to observe polymer crystalline morphology also has certain errors and limitations. One major advantage of polarizing microscopy is its high resolution. Polymer crystals typically have sizes ranging from microns to nanometers, and polarizing microscopes can provide high magnification, allowing researchers to clearly observe the details of crystallization.
The biological microscope is one of the important tools for studying the microscopic world. It helps us observe tiny structures such as cells and microorganisms. Correct experimental steps are key to conducting biological microscope experiments. The following will provide a detailed analysis of the steps of biological microscope experiments, and share some tips and precautions. 1. Preparations. Before conducting a biological microscope experiment, first prepare the required materials and instruments. This includes: biological specimens, glass slides, cover slips, microscope, and sketchbook, etc. 2. Specimen preparation. Remove the biological specimen to be observed and cut it to an appropriate size using a microtome or micro-tweezers. Then.
The polarizing microscope is an advanced microscope widely used in scientific research and industrial fields. It uses the polarization phenomenon of light, allowing us to better observe and study tiny things and structures. Below, let's explore the principles of polarizing microscopes and their important roles in scientific research together! The principle of a polarizing microscope can be simply summarized as the polarization phenomenon of light. Light is a wave phenomenon. As it propagates in space, it has both an electric field component and a magnetic field component, and the vibration directions of these two components are perpendicular to the direction of propagation. Through the reflection and transmission of a polarizing lens.
The biological microscope is a powerful tool for scientists to explore the microscopic world. Below we share a video about the steps of using a biological microscope. Through this video, we will learn how to correctly operate a biological microscope, thereby better discovering the mysteries of the biological world. We need to prepare the basic tools for a biological microscope. Clean glass slides, cover slips, focus knobs, and a reliable light source are all necessary for using a biological microscope. The selection and quality of these tools will directly affect our observation results, so they need to be carefully selected and used. Next is sample preparation. Before observation.
