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MCL 显微定位C-Focus™ 系统
品牌MCL Think Nano
型号 C-Focus™ System
同类产品微定位位移台(82件)
供应商报价

面议

所在地美洲 美国
北京欧兰科技发展有限公司

第1年

企业类型:国有
所在地:北京 海淀区

售全国

经营业务:
更新时间:2024-06-22 09:42:20
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MCL 显微定位C-Focus™ 系统技术参数
品牌 MCL Think Nano 型号 C-Focus™ System
MCL 显微定位C-Focus™ 系统详细介绍

Features
  • Microscope automatic focus drift correction

  • Interchangeable, quick mount adapters

  • 100 μm range of motion

  • Compatible with all microscopes

  • Closed loop control



Typical Applications
  • Maintain constant microscope focus

  • High speed confocal imaging

  • Ultra-fine focus adjustments

  • Drift correction

Product Description

C-Focus™ systems provide an automatic means to eliminate microscope focus drift over long time periods. Unlike autofocus systems which require use of advanced microscopes with internal focus correction or external devices which track video signals or reflected laser beams, the C-Focus™ simply corrects for microscope focus drift by using a high resolution (5nm) sensor system to measure the lens/sample spacing and make the necessary adjustments. The C-Focus™ system has no effect on standard manual focusing and can be retrofit to any microscope. After focus is established, simply pushing the “focus lock” button starts the C-Focus™ operation. Objective lens motions are accomplished with a lens nanopositioner (the Nano-F100S) which is easily connected to the objective lens and microscope with standard threaded adapters. In addition to the unique C-Focus™ operation, lens nanopositioner motion can also be directly commanded by digital (16-bit USB) or analog signals and can be used for high speed, high resolution confocal imaging and other imaging tasks with demanding focus requirements. The C-Focus™ lens positioning system contains the same proprietary, low noise PicoQ® position sensors used in the Nano-F100S and is capable of sub-nanometer positioning resolution. The 16-bit USB digital computer interface is included with all C-Focus™ controllers.


C-Focus™ Data

Set of Cy3 single molecule imaging
Sample: MutS protein imaged with Cy3 in presence of oxygen scavenging system
Technique: Prism TIRF
Microscope: Olympus IX71
Objective: 60x 1.2 NA Water Immersion, 1.6x magnification
Camera: Hamamatsu EMCCD

Courtesy of: 
Biomolecular & Cellular Dynamics Lab
Dept of Physics/IBIO, POSTECH South Korea
http://jblab.postech.ac.kr



Technical Specifications

Range of motion (Nano-F100)100 μm
Resolution0.2 nm
Resonant Frequency500 Hz ±20%
Stiffness1.0 N/μm
Recommended max. load*0.5 kg
Body MaterialAl and Brass
ControllerC-Focus™
* Larger load requirements should be discussed with our engineering staff.




Related Products

  • Nano-Cyte®LC

  • Nano-F Series

  • Nano-F25HS

  • RM21™ Microscope Platform

  • Accessories

  • Nano-Drive®


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