NanoSight

NanoSight's LM10 is based upon a conventional optical microscope. The sample is introduced into the LM12 or LM14 viewing unit which is then placed into the slot on the stage plate. Focus and stage position are manually adjustable by the dials on the microscope body and under the stage respectively.

A choice of Red (638nm), Blue (405nm) and Green* (532nm) laser wavelengths are available along with appropriate fluorescent filters. The LM10 can be fitted with a standard CCD camera or a higher sensitivity CMOS camera. Temperature control* is available as an option.

*Only available on the LM14

NanoSight's LM20 is a compact low footprint version of the LM10 in which the optics are contained within a customised housing for ease of use. The LM20 is ideal for use in a non-laboratory environment or by users who are unfamiliar with microscopes.

Samples are introduced into the LM12 viewing unit and the module simply slots into place. Characteristics of the sample are instantly recognisable using NanoSight's NTA Software.

A choice of Red (638nm) or Blue (405nm) laser wavelengths are available.

NanoSight's NS200 provides a higher sensitivity camera and fluorescence options with the same compact footprint as the LM20 model. The NS200 is ideal for use in non-laboratory environments and for the study of weakly scattering nanoparticles.

A choice of Red (638nm) or Blue (405nm) laser wavelengths are available along with appropriate fluorescent filters.

NanoSight's NS500 provides an easy-to-use, reproducible platform for specific and general nanoparticle characterization. The NS500 features twin-pump fluidics allowing for automatic sample loading, washing and dilution and computer controlled motorized stages for ease of beam location and focussing.

A choice of Red (638nm), Blue (405nm) or Green (532nm) laser wavelengths are available along with appropriate fluorescent filters. The NS500 can be fitted with a standard CCD camera or a higher sensitivity EMCCD camera. Temperature control comes standard with all NS500 models.