联系徕卡显微

显微镜摄像头

徕卡显微镜摄像头,包括徕卡显微镜摄像头及其显微成像系统,特别是其快速的实时图像,反应时间短,分辨率高和鲜明对比的显著。他们与几乎所有的徕卡显微镜和宏观仪兼容。

先进的显微镜相机

我们有正确的相机记录每一个应用程序正是通过我们的高性能仪器看到。分辨率超过12万像素,超高灵敏度和最佳的色彩保真度的照片可能与我们的显微镜相机。

最细微的细节的成像和分析

我们的产品范围涵盖了数码相机和显微镜直观的软件进行归档,测量,分析和介绍。 100%重现性的接触和高度便捷的远程控制摄像机和确保快速,经济的工作流程。

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Microscope Cameras Products 14

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DMC6200

DMC6200

像素位移摄像头

DMC5400

DMC5400

2000 万像素 CMOS 彩色数字显微摄像头

Leica IC90 E

Leica IC90 E

一体式摄像头用于体视显微镜,适合联网使用,具有1千万像素分辨率

Leica DFC9000

Leica DFC9000

用于高速活细胞成像、FRAP (漂白后荧光恢复) 和比率测量等高级应用的 4.2 MP 冷却式单色荧光摄像头

DFC7000 T and DFC7000 GT

DFC7000 T and DFC7000 GT

CCD芯片显微镜相机

Leica MC190 HD

Leica MC190 HD

面向分析的 Leica MC190 HD 显微镜摄像头

Leica ICC50 W & ICC50 E

Leica ICC50 W & ICC50 E

用于复式显微镜的摄像头

Leica DMC2900

Leica DMC2900

使用USB 3.0节省时间的显微镜专用摄像头

Leica DFC3000 G

Leica DFC3000 G

清晰的荧光文档用于常规实验

Leica MC170 HD

Leica MC170 HD

500万像素的 HD 显微镜摄像头

Leica DFC295

Leica DFC295

300万像素彩色数码照相机为快速记录

Leica DFC365 FX

Leica DFC365 FX

High resolution, high speed monochrome fluorescence digital camera

Leica DFC450 C

Leica DFC450 C

500万像素彩色数码照相机带主动冷却系统为广泛应用

Microscope Cameras for Industry

Digital microscope cameras for optimum visualization and ultimate ease of use

Microscope applications in Industry require high frame rates for swift work, excellent image quality for precise analysis and ease of use for confident use of the instrument – that is what our digital microscope cameras for Industry applications stand for.

As a leader in innovation, Leica Microsystems provides powerful digital microscope cameras for PC-based or stand-alone systems. The portfolio includes various CCD and CMOS based color cameras with resolutions ranging from 2.5 up 8 Megapixels – with pixel shifting technology even up to 12.5 Megapixels.

All cameras can be connected to a PC with a single interface cable – based on standard interfaces like Firewire-B, USB 2.0 or USB 3.0 – and are controlled by the software Leica Application Suite (LAS).

深入探究生命的结构和动力

荧光显微法是研究生物过程的重要技术。荧光可用于显现固定细胞中的特定亚细胞结构,揭示活细胞和组织动态过程之间的联系。大多数生物样品都是透明的,如果没有荧光标记,人类几乎无法观察到细胞过程。研究人员运用各种先进的活细胞成像技术探索细胞过程的复杂奥秘。荧光成像是诸多此类成像技术的核心。

要获取优质的荧光图像,需要高度灵敏的摄像头才能实现信噪比动态范围,从而产生清晰的荧光信号。为摄取快速动态过程,活细胞成像通常需要高摄取速度

洞察生命奥秘

为了应对各种广泛的应用,生命科学研究领域成像系统用户的成像需求五花八门,十分多样。摄像头在所有生命科学成像工作流程中为用户提供支持:从细胞培养检查、形态学检查的染色样品记录到活细胞成像和分析方法,例如,FRAPFRET。它们产生可复制、可量化的可靠数据,用于进行分析和对比。 

徕卡显微镜摄像头是能够精确检测并记录样品和组织的科研工具,支持所有透射光相衬观察方法,包括微分干涉相衬 (DIC)相衬 (PH) 和明场 (BF)。为得到可即时发布的结果,它们的颜色复现完美匹配所有染色过程。 

在荧光应用中,摄像头应尽可能多地摄取荧光样品发出的光子,同时尽可能减少向数据传入的噪声。Leica Microsystems 以 CCD 或 sCMOS 传感器为技术基础,提供丰富的彩色或单色荧光摄像头。从基础的固定免疫染色样品记录到实时、高速触发的高要求多维摄取,它们能得心应手地胜任各种应用。

The origin of fluorescent proteins

The discovery of fluorescent proteins revolutionized the world of life sciences in the last century and was the key breakthrough technology that permitted the discovery and study of numerous cellular processes. The article traces the history of the fluorescent proteins.

Introduction to fluorescent proteins and their photospectral characteristics

In the beginning, there was GFP, today there is a whole pallet of fluorescent proteins to work with. Get an introduction to fluorescent proteins and their spectral characteristics in this Science Lab article.