We know that your science is constantly evolving, and you need dynamic solutions to meet changing demands on your imaging systems. We can work with you to tailor our systems to help expand your research capabilities.
At Olympus, our dedicated engineering staff has worked with our sales teams and applications experts to understand your needs and expand the capabilities of our standard systems. The result is an array of advanced components and features that can customize your equipment, easily and cost effectively.
Talk to our team to learn if our custom solutions are right for you.

Resources

博客

利用光子上转换技术解决生物荧光成像问题

监控显微镜性能的现代化方法：从内置工具到外部工具

使用小鼠吸附固定装置解决活体成像问题

镜头背后—Stephanie Shiers博士创作出堪当封面的神经科学艺术作品

EVIDENT工作流程解决方案，使您的研究更加高效

日益精进的艺术：与2021年IOTY大赛美洲地区获奖者面对面

太空中的生物膜——激光扫描共聚焦显微镜为NASA研究实验提供帮助

成功重返实验室的4个步骤[+免费故障排除指南]

反射光共聚焦成像的新策略

 展示更多内容

书籍

通过激光扫描显微镜推进您的科研进度: 使用共聚焦和多光子显微技术的应用示例

助力您的神经科学研究: 使用共聚焦和多光子显微镜的应用示例

使用激光扫描显微镜推进肿瘤学研究和药物研发: 使用共聚焦和多光子显微技术的应用示例

Looking Deeper: Imaging and Analysis of Advanced 3D Cellular Models

适用于3D肿瘤细胞分析的解决方案

Novel Insights into the Glia Limitans of the Olfactory Nervous System

 展示更多内容

目录

APX100 Flyer for Laser Scanning Microscopes User

激光扫描共聚焦显微镜FV3000

自动化类器官成像和高通量3D分析

FLUOVIEW FV3000 / FVMPE-RS Laser Scanning Microscope Service Contracts

简介：FLUOVIEW应用技术

Olympus Customized Solution Brochure

由应用驱动的物镜

 展示更多内容

信息图表

EVIDENT 的工作流程解决方案

说明书

FV3000 (Inverted) User's Manual

FV3000 (Upright) User's Manual

视频

IX83 Inverted Microscope: Focusing and Positioning the Stage Using the U-MCZ Remote Controller

Dr. Rebecca Bonfig Introduces the FV3000 Red Near-Infrared (NIR) Solution

FV3000 共聚焦显微镜TruFocus Z轴漂移补偿模块连续锁焦模式使用说明

FV3000共聚焦显微镜TruFocus Z轴漂移补偿模块单次自动对焦模式使用说明

FLUOVIEW™ FV3000 Microscope: System Shutdown Procedure

IX83 Inverted Microscope: Adding Oil to the Objective

IX83 Inverted Microscope: Loading a Sample Slide on the Stage

FV31S-SW Layout Function Tutorial

FLUOVIEW™ FV3000 Microscope Basic Start-Up Procedure

FV3000: Flow of fluorescent beads inside blood vessels and tumor spheroids constructed on a microfluidic device

FV31S-SW imageprocessing: Spectral Deconvolution

FV31S-SW imageprocessing: Projection, cropping & exporting

奥林巴斯FV3000操作视频系列 1. Layout(页面布局)

FV3000: How TruSpectral Technology Works

TruFocus: Z-Drift Compensator

硅油物镜：用于活细胞成像

FV3000：FV3000在癌症研究的应用 Yuji Mishima博士

FV3000: 多波长

FV3000: 产品介绍

FV3000: 大鼠胚胎

FV3000: 囊泡跟踪

FV3000: 使用与随机扫描类似的方法

FV3000: 通过SCALEVIEW-A2透明化的小鼠胰腺

FV3000: 球状细胞团块动画

FV3000: 藤原作物

FV3000：活细胞多标记荧光延时影像

FV3000: 水蚤10x DIC

FV3000: 细胞分割动画

FV3000: 细胞分裂共振

FV3000: 心肌细胞

FV3000: 血流视频

FV3000: 6x6活细胞共振

FV3000: 4D动画生成功能

FV3000: 交互式立体渲染

 展示更多内容

在线会议

Depth Matters: Transforming Biology for More Realistic and Meaningful Pursuits

High-Content Imaging of 3D Cancer Models

Live Cell Imaging Microscopy to Study Cell Polarity Establishment

Introducing Upconversion Nanoparticles for Fluorescence Microscopy

Guidance for Quantitative Confocal Microscopy

Virtual Demo: FV3000 Confocal Microscope

Using Near-Infrared Solutions to Expand the Possibilities of Confocal Microscopy

Seeing Red: Using Near-Infrared Solutions to Expand the Possibilities of Confocal Microscopy

Think Deep, See Deeper with Near-Infrared Laser Scanning Confocal Microscope

3D 分析：智能软件,深层分析

Olympus Deconvolution – Technologies for Enhancing Image Resolution

 展示更多内容