AnaLight Quantum

Affordable, High-Resolution Thin Film Analysis

The AnaLight Quantum provides DPI's high-resolution measurement performance in an entry-level system for the surface scientist.

The AnaLight Quantum is a "molecular microscope" whose quantitative structural measurements can be compared directly with complementary techniques such as neutron reflectivity and ellipsometry, whilst also being capable of kinetic mass measurements at higher sensitivity than first-generation optical or acoustic sensor technologies.

Key Features:

	Uncompromised DPI performance for single sample analysis
	Open access fluidics for flow-through or static sample measurement
	Simultaneous reference measurement gives confidence in data integrity
	Wide dynamic range extends solvent and buffer handling capabilities
	Flexible range of analytical surfaces and reagents available to suit all applications
	Real-time display of all measurements gives rapid data analysis and streamlined method development

Key Functions:

	Instantaneous, quantitative measurement of thickness, optical density (RI) and mass
	AnaLight software provides comprehensive analysis of surface mass changes, interaction kinetics and structural behaviour in quantitative units
	Measures structural changes in thin films and nanosurfaces as small as 0.1 Ångstrom as they happen
	Measures mass changes as low as 0.1 picogram/mm2 in real time, giving class-leading sensitivity
	Provides a unique information set on the behaviour and interactions of nanosurfaces and thin films with industry-leading resolution
	Automated AnaChip and solvent calibration protocols ensure ultimate measurement accuracy.

Consumables

		AnaChips for Surface Science Farfield offers a range of AnaChips suitable for surface science and Nanotechnology applications. The most suitable AnaChip surface for any experiment should be assessed according to the properties of the molecules being studied and the objectives behind the measurements being taken on the AnaLight.