DLS Particle Size & Shape in one



The Area measures concentrated particles in about 5 minutes, : no dilution, drying, or any sample preparation whatsoever.


The Drop performs size measurements of high concentration, high viscosity, opaque and light-sensitive emulsions non-destructively, without dilution.


The Flow measures particles circulated from an external beaker using a PC controlled pump. Study real time changes at the particle liquid interface.


Process monitoring of the wetted surface area of concentrated suspensions in a manufacturing environment.

Vasco Kin
Particle Sizer

Analyzes particle size using patented contactless backscatter light scattering through any transparent medium; a vial, beaker, syringe,  reactor, etc.

Amerigo Size
& Zeta Potental

Combines multiangle backscatter particle size and zeta potential in one device. Options include Kin fiber optic probe and high concentration cell.

Particle Size Analyzer

Patented DLS thin film technology enables rapid measurements of concentrated suspensions. Flow through measurements possible.

Zeta Analyzer

Utilizes Electrophoretic light scattering (ELS) to determine the zeta potential of particles in liquids. 

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XiGo Nanotools particle technology measures the particle liquid interface of suspensions without dilution, providing a sensitive tool for research and development as well as quality assurance.

Particle Analytics down to a Science
You don’t have to be a “nanotechnologist” in order to generate meaningful results. Our software is designed so that measurements can be performed with little operator training, making our technology accessible to R&D and QC/QA/in-Process applications. Xigo’s patented technology is based on nuclear magnetic resonance (NMR) and, although small in size, functions as a portable NMR machine, capable of a wide range of standard NMR tests in addition to surface area measurements. Xigo seeks to provide devices that help scientists, researchers and corporations improve the performance of nanomaterials ushering the transition of these materials from the research laboratory to commercial applications.

Market Applications

Broad Industrial Use

Optimize ceramic dispersions and monitor quality in manufacturing.

Optimize battery, solar panel, fuel cell and catalyst formulation development.

Optimize pharmacokinetics, chemical and physical stability and process development.

Optimize pigment dispersion, stability and curing performance .

Need help with your device or want to learn more? Watch video demonstrations and tutorials: