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MCS MOM Computer System and Software
SUTTER INSTRUMENT
The MOM Computer System (MCS) includes the software package MScan. This program has been designed to seamlessly control two-photon imaging using conventional or resonant scanners while incorporating photostimulation and electrophysiology. While designed exclusively for use with the MOM microscope, it is also compatible with ...
Data Sheet
Nano-Man5 (X, Y, Z, θX , θY) Piezo Nanopositioner
Mad City Labs
The Nano-Man5 is a five axis (X, Y, Z, θX , θY) piezo nanopositioning system with closed loop feedback control for absolutel position measurement. The compact design of the Nano-Man5 allows it to be easily integrated into existing instrumentation for applications such as nanolithography and SEM. The Nano-Man5 is ideal for ...
Data Sheet
Nano-M3Z (Z, θX , θY) Piezo Nanopositioner
Mad City Labs
The Nano-M3Z is a compact, three axis (Z, θX , θY) piezo nanopositioning system constructed from Aluminum. The compact design of the Nano-M3Z allows it to be integrated into existing instrumentation where space is restricted. The Nano-M3Z is ideal for demanding applications which require precise alignment ...
Data Sheet
Nano-YT500 Piezo Nanopositioner
Mad City Labs
The Nano-YT500 is a long range, single axis, precision piezo nanopositioning system with a central aperture well suited for optical scanning of samples. Internal position sensors utilizing proprietary PicoQ® technology provide absolute, repeatable position measurement with nanometer resolution under closed loop ...
Data Sheet
Nano-LR200 Piezo Nanopositioner
Mad City Labs
The Nano-LR200 is designed to provide long range, single axis translation with an absolute minimum of out-of-axis motion. The unique design of the Nano- LR200 produces less than 5 nm of out-of-plane motion; measured over the entire moving platform throughout the 200 μm range of motion. The Nano-LR200 sets the highest level of ...
Data Sheet
Nano-P Piezo, Linear Nanopositioner
Mad City Labs
The Nano-P Series are piezo actuated, closed loop, linear nanopositioners that incorporate a unique flexure hinge design. The flexure hinge is machined entirely from a single block of high strength titanium using an advanced electrical discharge machining process. This hinge, available for the first time on a tubular piezo ...
Data Sheet
Nano-Mini Piezo Nanopositioner
Mad City Labs
The Nano-Mini is one of the smallest flexure guided piezo nanopositioning stages available. Designed for optimum performance on a small footprint, this stage uses an innovative mini-cross section multilayer piezo ceramic which allows for a stiff stage to translate 10 microns with picometer precision. This unique design makes it ideal ...
Data Sheet
Nano-HL Piezo Nanopositioners
Mad City Labs
The Nano-HL Series single axis stages are heavy duty piezo nanopositioners designed to carry loads weighing up to 10kg. Build from a single block of aluminum nearly 2 inches (50mm) thick, the Nano-HL has enough physical rigidity to counteract large off-axis loads while continuing to produce precise, high resolution ...
Data Sheet
The Nano-MET10 and Nano-MET20 Compact, Single Axis Piezo Nanopositioning Systems
Mad City Labs
The Nano-MET10 and Nano-MET20 are compact, single axis piezo nanopositioning systems with exceptional resonant frequency and low noise characteristics. The Nano-MET10 and Nano-MET20 have picometer positioning resolution. Internal position sensors utilizing proprietary PicoQ® technology provide absolute, repeatable ...
Data Sheet
Nano-OPH Compact Piezo Nanopositioners
Mad City Labs
Like the Nano-OP Series, the Nano-OPH Series is a versatile group of compact single axis piezo nanopositioners which can be configured to fit into a wide variety of applications. The addition of a 1.3 inch diameter aperture through the stage makes the Nano-OPH especially useful for precise motion in optical experiments. ...
Data Sheet
Nano-OP Compact Piezo Nanopositioners
Mad City Labs
The Nano-OP Series is a versatile group of compact piezo nanopositioners which can be configured to fit into a wide variety of applications. Individual, single axis stages may be combined to form multi-axis systems. The Nano-OP Series are available with 30, 65, and 100 micron ranges of motion. They can be constructed from aluminum, ...
Data Sheet