- No Data
English
- English
- 简体中文
- 繁体中文
- Français
- Русский
- Italiano
- 日本語
- 한국어
- Português
- Deutsch
- Español
- Türkçe
- Ελληνικά
- Nederlands
- Tiếng Việt
- Polski
English
The official launch of FV4000 and FV4000MPE microscopes aims to redefine scientific imaging
71
2023-11-03 14:24:48
Introduction to FLUOVIEW ™ The FV4000 confocal laser scanning microscope and FV4000MPE multiphoton laser scanning microscope have made breakthroughs in imaging technology, enabling researchers to make new scientific discoveries. The FV4000 and FV4000MPE microscopes aim to redefine scientific imaging, providing higher accuracy, lower noise, and higher sensitivity, setting new standards for image acquisition and data reliability.
The core of two new FLUOVIEW systems is Evident's revolutionary SilVIR ™ Detectors, a next-generation technology that enables researchers to obtain quantitative image data. With its silicon photomultiplier tube (SiPM) and patented digital signal processing technology, the SilVIR detector can provide excellent noise reduction and enhanced photon detection efficiency over a wider wavelength range, providing clearer and more accurate imaging results and quantitative image intensity data.
Excellent imaging quality and accuracy. The FV4000 and FV4000MPE microscopes use SilVIR detectors, perfectly combining sensitivity and accuracy, allowing researchers to obtain high-quality images that surpass previous generation laser scanning systems, even from weak fluorescence signals. This progress helps to ensure that images remain clear and have extremely low noise, enabling accurate quantification of fluorescence intensity to obtain more reliable data.
The updated TruSpectral technology of the system is combined with high sensitivity SilVIR detectors, allowing you to see more. Compared with traditional photomultiplier tube (PMT) detector technology, the signal-to-noise ratio and dynamic range have been improved by using SilVIR detector. The system changes the dynamic range of game rules, allowing researchers to capture images that shrink from macroscopic to subcellular structures without compromise.
The innovative near-infrared capability, with its expanded spectral range and improved multiplexing capability, enables the FV4000 system to detect industry-leading wavelengths ranging from 400 nm to 900 nm with a minimum step size of 1 nm.
The optical design of the FV4000 is optimized for near-infrared (NIR) imaging, featuring high transmittance optical elements from 400 nm to 1300 nm, modular laser combiners supporting up to 10 laser lines from 405 nm to 785 nm, and the award-winning X Line ™ Goal.
The advancement driven by artificial intelligence enhances your imaging experience with AI driven tools that reduce noise, simplify image analysis, and improve delayed imaging. TruAI noise reduction and image segmentation technology can optimize image quality and simplify data extraction, saving researchers valuable time and effort.
The improved modularity and flexibility are the same as the previous generation products, and our FLUOVIEW system is designed with flexibility and configuration suitable for your specific application. With FV4000, you can now add multi photon imaging functionality, allowing you to use the same system for two imaging modes.
Experience the revolutionary features of FLUOVIEW FV4000 and FV4000MPE microscopes, providing higher accuracy, sensitivity, and data reliability for your imaging experiments.
Source: Laser Network
Related Recommendations
Underwater laser cutting has been achieved with several advantages over common technologies such as saws, automatic wire saws and plasma cutting machines
Due to the growing demand for renewable energy, the need for modern technologies to dismantle existing underwater infrastructure is also growing.For example, in order to boost the power of an offshore wind farm to a higher level, the existing old steel frame, which may be below sea level, must first be removed so that engineers can rebuild the steel frame for higher power.In laboratory tests, rese...
2023-09-13Researchers prepare a new type of optical material with highly tunable refractive index
It is reported that researchers from Beijing University of Chemical Technology and BOE Technology Group Co., Ltd. have collaborated to develop a transparent organic-inorganic composite optical adhesive material with highly tunable refractive index. The related research paper was recently published in Engineering.In the early days, glass was the main raw material for optical components. In recent y...
2024-06-25Heavyweight Natuer: New progress in the efficiency of perovskite battery modules! Professor Zhang Xiaohong from Suzhou University, an alliance unit, issued a document
Recently, Professor Zhang Xiaohong and Professor Peng Jun from the Functional Nanomaterials and Soft Materials Research Institute (FUNSOM) of Suzhou University, along with Professor Mohammad Khaja Nazeeruddin, Professor Paul J. Dyson, Professor Zhaofu Fei, and Professor Ding Yong from North China Electric Power University, collaborated to publish their research findings on Dopant additive synergy ...
2024-04-19Researchers at Georgia Institute of Technology have developed cost-effective nanoscale printing
A team of researchers from Georgia Institute of Technology has developed a scalable printing system for metal nanostructures using a new technology called superluminescent light projection. The inventor of this technology Dr. Sourabh Saha and Jungho Choi submitted a patent application for nanoscale printing.Nowadays, the cost of existing nanoscale printing technologies hinders their widespread use...
2024-02-19Exail acquires optical company Leukos
Recently, exail (formerly iXblue) announced the acquisition of Leukos, an optical company specializing in providing advanced laser sources for metrology, spectroscopy, and imaging applications.Leukos was founded by the French XLIM Institute (a joint research department of the French National Academy of Sciences and the University of Limoges), with over 20 years of professional experience in the re...
01-13