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Features
- Integrated micropositioning and nanopositioning
- 1" (25mm) 2-axis micropositioning with encoders
- 2-axis or 3-axis nanopositioning up to 300 μm
- Large aperture - fits 3 inch slides
- Retrofit to inverted microscopes
- Closed loop control
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Typical Applications
- Optical microscopy, easy to retrofit
- Confocal imaging
- Fluorescence imaging
- Single molecule spectroscopy
- Nanomanipulation
- STORM and PALM imaging
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Product Description |
The Nano-View® is a fully integrated positioning system for use with inverted optical microscopes. The Nano- View® combines a long range, motor driven, two axis, linear motion stage with an ultra-low profile, high resolution nanopositioning system. The micropositioning stage provides 25 mm of travel per axis. Optional linear encoders provide high resolution (20 nm) real-time feedback of the actual stage position. The minimum step size is 95 nm with a step repeatability of 50 nm. The nanopositioning systems built into the Nano-View® have the lowest profile available and have ranges of motion extending up to 300 microns per axis (X,Y and Z). Internal position sensors utilizing proprietary PicoQ® technology provide absolute, repeatable position measurement with picometer accuracy under closed loop control. A Nano-View® system includes the Nano- Drive® controller and the Micro-Drive controller which connects to a PC using a standard USB computer interface. The Micro-Drive™ is fully compatible with user written LabVIEW software and the system is provided with a basic LabVIEW motion control routine for positioning in XY. The Nano-View® is the complete picometer scale positioning system for single molecule spectroscopy and high resolution microscopy applications. Standard Nano-View® systems are offered for the following inverted microscopes: Mad City Labs RM21™ Microscope Platform, Olympus IX/IX2 Series, Nikon TE2000/Ti Series, Leica DMI Series, and Zeiss Axiovert/Axio Observer Series. Nano-View® systems designed to fit other setups, including direct mounting to optical tables, may also be requested.
Additional information regarding the built in nanopositioning systems can be found on the Nano-LPS Series, Nano-BioS Series, and Nano-LPQ pages. For a combination of stepper motor XY travel and piezo Z travel, see the MCL-MOTNZ.
Compatible Software Packages:
    
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Technical Specifications - Nanopositioner |
| Axes of motion |
XY or XYZ |
Ranges of motion (XY or XYZ)
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100/200/300 μm |
| Resolution (100/200/300 μm) |
0.2/0.4/0.6 nm |
| Resonant Frequencies |
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| X axis (100/200/300 μm) |
400/350/300 Hz ±20% |
| Y axis ((100/200/300 μm) |
400/350/300 Hz ±20% |
| Z axis (100/200/300 μm) |
400/300/200 Hz ±20% |
| Stiffness |
1.0 N/μm |
| θ roll, θ pitch (typical) |
≤1 μrad |
| θ yaw (typical) |
≤3 μrad |
| Recommended max. load (horizontal)*. |
0.5 kg |
| Body Material |
Al, Invar or Titanium |
| Controller |
Nano-Drive® |
| * Larger load requirements should be discussed with our engineering staff. |
Technical Specifications - Micropositioner |
| Axes of motion |
XY |
Range of motion (XY)
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25mm |
| Step Size |
95 nm |
| Step repeatability |
50 nm |
| Encoder resolution (encoders optional) |
20 nm |
| Body Material |
Aluminum |
| Controller |
Micro-Drive™ | 
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phone: 608.298.0855 fax: 608.298.9525
Copyright © 2014 | | |
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