NanoScanZ NZ400CE Nanopositioning Piezo Z Stage System0 pages

PRECISION IN MOTION

NanoScanZ NZ400CE Nanopositioning Piezo Z Stage

For Use with Motorized and Manual Stages

RS232 or Analog
(0-10V) Control
20 millisecond step response

The NanoScanZ Piezo stage system features:
• 400 micron travel
• Large well plate format
• Nanometer level repeatability
• Closed loop control utilizing sub-angstrom resolution
piezo resistive sensor
• RS232/USB or Analog (0-10V) control
• Compatibility with software already programmed to
control piezo objectives
• Compatible with DIC techniques
• Easy to view display screen for position and set up
parameters

Large format for well plates,
petri dishes or slides

Inset Photo: NanoScanZ Piezo
400 micron stage mounted on a
Prior Scientific ProScanTMIII H117
motorized stage.

Features:

• 400 microns of travel

• Large well plate format

• Nanometer level repeatability

• Closed loop control utlizing sub-angstrom resolution piezo resistive sensor

Version: 060115

Prior Scientific proudly introduces the latest
innovation in microscope automation - the
NanoScanZ Piezo Stage System. With 400
micron travel, the NanoScanZ is well suited for
researchers producing rapid Z sections and 3D
images of live cells and other specimens grown
in well plates and other large sample dishes.
The NanoScanZ stage systems offers nanometer level repeatability and closed loop control
utilizing a sub-angstrom resolution Piezo
resistive sensor. The NanoScanZ complements
the speed of the newest digital cameras and
accomplishes in milliseconds what would take
seconds for conventional rotary focus drives.

By moving the sample instead of the objective the
NanoScanZ offers enormous benefits over existing
objective based Piezo systems including;
• Quicker movement and settling
• Flexibility to create Z stacks with multiple objectives
• No rotating wires to twist and break

• RS232/USB or analog (0-10V) control

• Compatibility with software already programmed to control piezo
objectives
• Compatible with DIC technique

Visit Prior on the web at

prior.com