c-focus product brochure · c-focus™ systems provide an automatic means to eliminate microscope...

2
104 Product Description Features Typical Applications 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 via a high resolution sensor system fitted to the included low drift manual microstage. e sensor system mea- sures the lens/sample spacing and makes the necessary adjustments using the lens positioner. e C-Focus™ system has no effect on standard manual focusing and can be retrofit to any microscope. After focus is estab- lished, simply pushing the “focus lock” button starts the C-Focus™ operation. Objective lens motions are accom- plished with a lens nanopositioner (the Nano-F100S) fitted to the nosepiece via a quick mount adapter. 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 require- ments. e C-Focus™ lens positioning system contains our proprietary, low noise PicoQ®position sensors and is capable of sub-nanometer positioning resolution. e 16-bit USB digital computer interface is included with all C-Focus™ controllers. C-Focus System 4 Microscope automatic focus drift correction 4 Includes lens nanopositioner, sensor & manual microstage 4 Compatible with inverted microscopes 4 Closed loop control 4 sensor technology 4 Maintain constant microscope focus 4 High speed confocal imaging 4 Ultra-fine focus adjustments 4 Drift correction www.madcitylabs.com [email protected] phone: 608-298-0855 fax: 608-298-9525 Single button to maintain focus. Single button to move lens into the starting position. C-Focus nanopositioner with 5nm optical sensor system removes the effects of microscope focus drift. Easy to Use Compatible Software Packages USB and analog motion control USB and analog motion control USB motion control Examples, tutorial, and Nano-Route ® 3D sup- plied with Nano-Drive ® USB interfaces. Analog motion control, 1 or 2 axes.

Upload: others

Post on 12-Aug-2020

1 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: C-Focus product brochure · C-Focus™ systems provide an automatic means to eliminate microscope focus drift over long time periods. Unlike autofocus systems which require use of

104

Product Description

Features Typical Applications

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 via a high resolution sensor system fitted to the included low drift manual microstage. The sensor system mea-sures the lens/sample spacing and makes the necessary adjustments using the lens positioner. The C-Focus™ system has no effect on standard manual focusing and can be retrofit to any microscope. After focus is estab-lished, simply pushing the “focus lock” button starts the

C-Focus™ operation. Objective lens motions are accom-plished with a lens nanopositioner (the Nano-F100S) fitted to the nosepiece via a quick mount adapter. 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 require-ments. The C-Focus™ lens positioning system contains our proprietary, low noise PicoQ®position sensors and is capable of sub-nanometer positioning resolution. The 16-bit USB digital computer interface is included with all C-Focus™ controllers.

C-Focus™ System

4 Microscope automatic focus drift correction4 Includes lens nanopositioner, sensor & manual microstage4 Compatible with inverted microscopes4 Closed loop control4 sensor technology

4 Maintain constant microscope focus4 High speed confocal imaging4 Ultra-fine focus adjustments4 Drift correction

www.madcitylabs.com [email protected] phone: 608-298-0855 fax: 608-298-9525

Single button to maintain focus.

Single button to move lens into the starting position.C-Focus™ nanopositioner with 5nm optical sensor system removes the effects of microscope focus drift.

Easy to Use

Compatible Software Packages

USB and analog motion control

USB and analog motion control USB motion control

Examples, tutorial, and Nano-Route®3D sup-plied with Nano-Drive® USB interfaces.

Analog motion control, 1 or 2 axes.

Colors:Red = Pantone 193Gray = Pantone warm gray 6C

Page 2: C-Focus product brochure · C-Focus™ systems provide an automatic means to eliminate microscope focus drift over long time periods. Unlike autofocus systems which require use of

105

Technical SpecificationsRange of motion (Nano-F100S) ......................... 100 µmResolution ........................................................... 0.2 nmResonant Frequency ................................. 500 Hz ±20%Stiffness ...........................................................1.0 N/µmRecommended max. load* .....................................0.5 kgBody Material ............................................. Al and BrassController ....................................................... C-Focus™Range of motion (MicroStage - XY) .................... 25 mmVernier graduations ................................................ 1 µmC-Focus™ sensor resolution .................................... 5 µm* Larger load requirements should be discussed with our engineering staff.

www.madcitylabs.com [email protected] phone: 608-298-0855 fax: 608-298-9525

Nano-F100S

Note: All Dimensions in Inches

Nano-F100S objective lens nanopositioner is included with the C-Focus™ system. Microscope focus drift is corrected by moving the objective lens in response to feedback from the C-Focus™ sensor system.

20 minute exposure without C-Focus™.

20 minute exposure with C-Focus™.

Both Images:MutS protein imaged with Cy3 via Prism TIRFOlympus IX71, 60x 1.45NA Oil, 1.6x magnification Courtesy:Biomolecular & Cellular Dynamics LabDept of Physics/IBIO, POSTECH South Korea

1.2500.625

1.850

1.600

0.900

0.500 1.000

on 0.90" x 0.50" rect.4 x tapped 4-40 UNC Cable Exit Point

1.600

1.700

0.625

0.500

1.700

1.850

0.100

Objective lens Maximumdiameter 1.550 inches

Location of set screwfor quick mount adapter

Microscope threads user specified(RMS, M25, or M26)

Detachable quick mountadapter screws into microscope nosepiece

DRAWING IS TO BE USED AS A GUIDE ONLY. DIMENSIONS ARE SUBJECT TO CHANGE WITHOUT NOTICE. THE INFORMATION CONTAINED IN THIS DRAWING IS THE SOLE PROPERTY OF MAD CITY LABS. ANY REPRODUCTION IN PART OR AS A WHOLE IS PROHIBITED.NF1001.09.ANano-F100

Dimensions are in INCHESDrawing No.

Colors:Red = Pantone 193Gray = Pantone warm gray 6C