Life Science Solutions

激光扫描显微镜

Laser scanning microscopy is used in biological research to obtain high-resolution, high-contrast imagery of a sample. Laser microscopes can scan samples point by point, resulting in optical sectioning that can be used to construct precise 3D imagery.
Olympus laser scanning microscopes are designed with a large range of imaging modalities to meet some of the most difficult challenges in the life sciences. Our laser scanning microscopes offer high sensitivity and speed, enabling live cell imaging alongside deep tissue observation. Choose from a range of laser microscope frames suited to a variety of life science applications, from cancer research and stem cell research to developmental biology and slide imaging.

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Laser Microscopes

激光扫描共聚焦显微镜

FV3000

  • 可提供配置常规扫描的FV3000或配置常规/共振混合扫描的FV3000RS
  • 所有通道均可进行全新高效且精确的全真光谱TruSpectral检测
  • 针对活细胞成像的高灵敏度和低光毒性优化
  • Inverted and upright frame options to suit a variety of applications and sample types
多光子激光扫描显微镜

FVMPE-RS

  • 利用TruResolution物镜最大限度提高分辨率和对比度
  • 利用共振扫描振镜高速成像
  • 可达1300nm的扩展红外多光子激发
  • 针对多光子和可见光激光刺激的三重扫描振镜方案
  • 在多光子专用物镜和扫描单元上采用1600nm光学镀膜实现高效透射
  • 红外激光四轴自动对准

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Laser Scanning Microscope FAQs

What are the uses of a laser scanning microscope?

Laser scanning microscopes are used in life science research to understand intra- and intercellular processes that contribute to overall tissue function. Due to their inherent ability to optically section light, laser scanning microscopes enable accurate high resolution volumetric imaging of thick tissue specimens, without the need to physically section the sample.

How do laser scanning confocal microscopes work?

A laser scanning confocal microscope uses a pair of mirrors to direct a laser beam across a field of view. The microscope’s objective then focuses this light on the sample. The photons emitted from the fluorophores in the sample located at the focus point are collected by the objective and relayed back through the scanner, passing through a pinhole that is conjugate to the objective focal plane, which causes only the photons in focus to be detected by the photomultiplier tube. By imaging the photons at each point of the laser position, an image can be reconstructed pixel by pixel.

What is the minimum resolution of Olympus’ laser scanning microscopes?

Through improved detection, specific hardware settings, optimized confocal aperture diameter, and signal processing, Olympus created a super resolution module with improved contrast that can be applied to many different samples types and fluorophores. Olympus’ unique and proprietary FV-OSR super resolution technology realizes lateral (X-Y) resolution down to 120 nm.

Laser Scanning Microscopy Resource Videos

TruResolution Objectives
Maximize Resolution in Deep Imaging

This video shows you how TruResolution objectives automatically compensate spherical aberration in every plane of a volume image, delivering sharper and brighter 3D images at depth.

FV3000 Microscope in Cancer Research

In this video, Dr. Yuji Mishima of the Japanese Foundation for Cancer Research explains fluorescent imaging as a tool for research.

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