Farfield AnaLight range

The AnaLight instrument series and related products bring Farfield's revolutionary Dual polarization Interferometry (DPI) technology into instrument formats to suit all of our customers' applications and budgets.

The AnaLight instrument ranges for Surface Science and Biophysics are designed with the needs of the end-user in mind. To this end, all of our instruments are simple to use in a convenient benchtop format, high-performance, economical, dependable, durable and accurate.

Farfield provides a range of AnaChip surfaces for molecular immobilization in Biophysics and Surface Science applications. To study structure-function and structure-behaviour relationships in molecular systems, one of the molecules is immobilized through one of a range of approaches, such as charge (physisorption), hydrophobicity and covalent chemistry.

Farfield offers a comprehensive range of AnaKit reagent kits to ensure our customers can easily and quickly choose the most suitable combination of capture surface and linker chemistry to succeed in their experiments.

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Farfield AnaLight Systems for Biophysics

AnaLight Systems for Biophysics bring Farfield's revolutionary Dual polarization Interferometry (DPI) technology into instrument formats to suit a range of classical biophysics applications in basic research, drug discovery and drug and assay development.

AnaLight gives biophysical structure-function measurements in a convenient benchtop package:

• Quantitative, real time biomolecule size and fold density measurements

• Unique ability to measure affinity and kinetics of both mass and structural changes

• Dynamic conformational change measurements as they happen - no mass change necessary

• Understand macromolecular assembly and aggregation processes

• Study biomolecules in your environment of choice - buffer, DMSO, lipids, detergents etc.

For full information on AnaLight biophysics instruments click on your product of choice below:

	AnaLight Bio200 The AnaLight Bio200 is designed to bring DPI's unique biomolecular structure-function measurements into development and discovery research facilities with a range of biophysical applications.
	AnaLight BioFlex The AnaLight BioFlex brings DPI's unique biomolecular structure-function measurements into discovery and development facilities with a need for automated sample throughput in a range of biophysical applications.
Farfield AnaLight Systems for Surface Science and Nanotechnology AnaLight Systems for Surface Science bring Farfield's revolutionary Dual polarization Interferometry (DPI) technology into instrument formats to suit a range of surface science and thin film applications in basic research and industrial product development. AnaLight gives surface science, thin film and surface science structural and behavioural measurements in a convenient benchtop package: Dynamic, high-resolution characterisation of thin films and nanosurfaces revealing interfacial mass and structural changes in real time Measure film thickness, optical density (RI) and mass loading simultaneously Data analysis with minimal assumptions and no modelling Dynamic structural behaviour of polymers, surfactants and biomaterials (soft surfaces) Quantitative analysis of molecular adsorption, absorption and desorption processes as they happen Nearfield technique enables study of turbid and scattering systems without compromise For full information on AnaLight surface science instruments click on your product of choice below:
	AnaLight Quantum The AnaLight Quantum provides DPI's high-resolution measurement performance in an entry-level system for the surface scientist.
	AnaLight Nano200 The AnaLight Nano200 is designed to bring DPI's high-resolution measurement performance into development and discovery research facilities with a range of surface science and surface scientist applications.
	AnaLight NanoFlex The AnaLight NanoFlex brings DPI's high-resolution measurement performance into development and discovery facilities with a need for automated sample throughput in surface science and Nanotechnology applications.