Piezo system specialist PI
has added two new multi-axis stages for super-resolution microscopy applications,
providing highly accurate motion with sub-nanometer resolution over travel ranges
of 200 µm in XY and XYZ.
For all Major Microscopes: Leica, Nikon, Olympus, Zeiss
The new PI nano1x3™ series XY and XYZ nanopositioning stages are designed
for inverted microscopes from the four major players Leica, Nikon, Olympus and
Zeiss. The low profile design of 20 mm (0.8”) facilitates the integration.
The large aperture accommodates microscopy accessories such as slide holders,
Petri dish holders, etc. An optional 25x25 mm positioning stage serves as a
stable basis for the piezo stage.
Features and Advantages
- 24 Bit Controller with USB, Ethernet, RS-232 Interface and Analog Control
- 200 µm XY or XYZ Travel, Closed-Loop Control for Sub-Nanometer Precision
- Cost Effective due to Low-Cost Piezoresistive Sensors
- Very Low Profile for Easy Integration: 20 mm (0.8“)
- Many Options: Slide Holders & Petri dish Holders; Manual XY Stage, Motor
- Longer Lifetime due to Ceramic Encapsulated Piezo Drives
- Software Support for Leading Image Acquisition Packages
Datasheets & More Information: http://www.physikinstrumente.com/en/news/fullnews.php?newsid=157&1x3
Higher Resolution at Lower Cost: Packaged with Special Controller
A newly designed piezo controller is included and comes with three, 24-bit
digital interfaces (USB, TCP/IP, and RS-232) and a wide-band analog interface
for compatibility with all control signals. With its 24-bit DAC converters,
commanded resolution is improved by two orders of magnitude over the still widely
used 16-bit converters. Despite the higher performance, cost was reduced. The
controller is also compatible with all major image acquisition packages and
comes with a wide variety of software drivers and programming examples.
Improved Linearity with Special Servo Circuit
For highly stable, closed-loop operation, piezoresistive sensors are applied
directly to the moving structure of the stage and precisely measure the displacement
of the platform. The very high sensitivity of these sensors provides optimum
position stability and responsiveness as well as sub-nanometer resolution. The
proprietary servo circuit significantly improves the motion linearity compared
to conventional piezoresistive sensor controllers.
Single Molecule Microscopy, 3D Imaging, Autofocusing, Bio-Nanotechnology, SR-Microscopy;
Piezo-Stage, Super-Resolution Microscope Stage, Piezo stepper, Deconvolution
Microscopy, Autofocusing, Scanning Microscope, Biotechnology.