Nanonics provides a range of flexible and open architecture systems for Near-field Scanning Optical Microscopy [NSOM] and Apertureless NSOM [ANSOM] applications

MultiView 1000		MultiView 2000
Reflection, transmission, collection and illumination modes of NSOM (SNOM) operation Large Z range upto 100 microns Complete free optical axis from above and below Can be placed on the stage of any optical microscope, upright, inverted or dual microscope Can be attached to any commercial Raman, SEM or FIB Allows for all AFM modes of operation Uses silicon and glass exposed tip probes such as electrical coax probes, thermal probes Nanochemical lithography with cantilevered nanopipette probes Liquid cell operation Upgradable to the complete line of Nanonics products without need to change controller or software		Reflection, transmission, collection and illumination NSOM (SNOM) modes of operation On-line probe and sample scanning Large Z range upto 100 microns Complete free optical axis from above and below Can be placed on the stage of any optical microscope, upright, inverted or dual microscope Can be attached to any commercial Raman, SEM or FIB Allows for all AFM modes of operation Uses silicon and glass exposed tip probes such as electrical coax probes, thermal probes Nanochemical lithography with cantilevered nanopipette probes Liquid cell operation Upgradable to the complete line of Nanonics products without need to change controller or software
MultiView 4000		CryoView2000
Mulitple probes:  Start with 1 and add upto 4 on-line probes On-line probe and sample scanning Reflection, transmission, collection and illumination NSOM (SNOM) modes of operation Large Z range upto 100 microns Complete free optical axis from above and below Can be placed on the stage of any optical microscope, upright, inverted or dual microscope Can be attached to any commercial Raman, SEM or FIB Allows for all AFM operations Uses silicon and glass exposed tip probes such as electrical coax probes, thermal probes Nanochemical lithography with cantilevered nanopipette probes Liquid cell operation		Allows for all AFM modes of operation from 10K to 300K Large Z range upto 100 microns Reflection, transmission, collection and illumination NSOM (SNOM) modes of operation Complete free optical axis from above and below Can be placed on the stage of an upright, inverted or dual microscope Can be attached to Raman Nanochemical gas lithography with cantilevered nanopipette probes No liquid cell operation
Environmental Chamber
Environmental control chamber for the MV100, 2000 and 4000 High Vacuum version with a vacuum of 10-6 torr Sample temperature variation from -20°C to 300°C Nanochemical gas lithography with cantilevered nanopipette probes Complete free optical axis from above On-line viewing of all AFM operations with Video Link Allows for all AFM models of operation Reflection, transmission, collection and illumination NSOM (SNOM) modes of operation Uses silicon and glass exposed tip probes such as electrical coax probes, thermal probes Nanochemical lithography with cantilevered nanopipette probes Liquid cell operation