On May 10th, the 20th China International Scientific Instruments and Laboratory Equipment Exhibition (CISILE 2023) grandly opened at the Beijing National Convention Center. After two years, the instrument industry has erupted with unprecedented enthusiasm after a period of dormancy and energy accumulation. Over 600 companies gathered in Beijing to jointly create a grand industry event integrating fruit displays, technical exchanges, and business cooperation, attracting over 30,000 distributors, agents, and professional visitors.
At the exhibition, major enterprises and brands showcased their representative products and innovative items, with new products and technologies emerging one after another. As a technology-driven enterprise integrating the research, development, production, and sales of microscopes, microscope automation, specialized microscope camera systems, and image analysis systems, MicroInstrument Optoelectronics (Tianjin) Co., Ltd. (hereinafter referred to as "MicroInstrumental") also attended the event as scheduled, showcasing its technical strength and corporate style to the audience on site.
Group photo of the staff
The audience was packed with visitors
Focused on microscope technology innovation to promote microscope automation
With technological advancements, microscopes have become widely used instruments in modern scientific research and manufacturing, with applications spanning biology, materials, environment, chemical engineering, and more. Currently, the world's high-end microscope industry is mainly concentrated in Germany and Japan, but in recent years, China has also been catching up, gradually breaking through technical bottlenecks in high-end microscope technology and making significant progress in software analysis systems and automation.
MicroInstrument Optoelectronics is one of the domestic explorers and innovators in microscope technology. The company has an engineering team specializing in research on microscopy instrument application technologies and the development of new products and technologies, integrating camera computer analysis systems and mechanical automation systems into traditional optical microscopy imaging techniques. Currently, the company owns four self-branded product series: optical microscopes, fully automatic microscopes, specialized microscope imaging systems, and microscope image analysis systems. Automation is one of the main trends in microscope development, and Micro Instrument Optoelectronics is exploring the forefront of microscope automation technology.
Simultaneous efforts in software and hardware give technological advances greater advantages
Driven by technological innovation, MicroInstrument Optoelectronics continuously develops products that meet market demands, driving technological progress in domestic microscopes and achieving remarkable results in both software and hardware. At this exhibition, Microinstrument Optoelectronics showcased its technical strength through multiple products, among which the VFISH software and WYJ-40BD3D ultra-depth 3D digital microscope received high praise from visitors.
The VFISH fluorescence in situ hybridization detection system is a representative of micro-instrumental photoelectric microscopy image analysis systems. This software is mainly used in the FISH experimental fluorescence imaging scheme, used in conjunction with fluorescence microscopes and imaging systems.
Example of VFISH system field use
The VFISH system features real-time depth of field, maintaining alignment even when observing samples with greater depths; Supports multi-field observation, allowing the same sample to be photographed and compared from 1-4 different perspectives; Equipped with cell technology statistics functions, it can automatically count and count the cells and probes captured in the images; The image enhancement feature intelligently separates the background from the probe, making the probe clearer and more prominent. The integrated detection system features high transmittance, high cutoff depth, high cutoff steepness, and minimal transmission wavefront distortion, providing high-quality imaging for analysis software. In addition, the VFISH system provides experiment templates, allowing users to customize experiments and record standardized experimental information to meet various experimental needs.
The WYJ-40BD3D ultra-depth 3D digital microscope is a new product launched by MicroInstrument Optoelectronics, mainly used for observing, measuring, and analyzing surface microscopic morphology. Compared to similar products on the market, the WYJ-40BD3D offers greater depth of field, a wider field of view, higher magnification, and better lighting modes.
WYJ-40BD3D ultra-depth 3D digital microscope
The WYJ-40BD3D's deep synthesis algorithm is self-developed by Microinstrument Optoelectronics, enabling clear overlay imaging over a wider depth of field range; The image stitching algorithm has also been optimized to achieve larger pixel 2D stitching and 3D hyper-depth fusion. MIX illumination combines darkfield with brightfield and polarization methods, allowing users to observe defects that are difficult to see with traditional microscopes. At the same time, the WYJ-40BD3D supports 3D modeling and measurement, providing clear 3D images. It also features autofocus and a rich range of measurement tools, giving it a clear competitive edge over traditional ultra-depth microscopes.
Joining hands to build a high-end domestic microscope brand
"Responsibility to customers" has always been Weiyi Optoelectronics' corporate philosophy, starting from customer needs and providing satisfactory products through technical research and development, quality control, and professional, personalized services. In this process, MicroInstrument Optoelectronics has continuously improved its technological level and grown in response to market trends. At this exhibition, MicroInstrument Optoelectronics also engaged in close face-to-face communication with customers, gaining a deeper understanding of market demand. On this basis, MicroInstrument Optoelectronics will continue to pursue excellence and build a high-end domestic microscope brand.
