Acorn Area – Particle Technology by XiGo Nanotools Particles come in many shapes and sizes, almost always as concentrates.
Optimizing performance starts at the particle liquid interface.
Understanding it starts with an Acorn Area.
The Acorn Area measures particles in about 5 minutes, just as they are made, in any liquid, at any concentration:
no dilution, drying, or any sample preparation whatsoever.
Acorn Area – Particle Technology by XiGo Nanotools
XiGo Nanotools particle technology measures the particle liquid interface of suspensions without dilution, providing a sensitive tool not just for
research and development studies but also to control quality in manufacturing.
Understanding emulsion formulation stability is easy… all it takes is a Acorn Drop – Droplet Measurement Technology Drop.
Emulsions are utilized in a vast number of everyday materials including food, household and personal care products, and pharmaceuticals.
Drop size is perhaps the most important predictor of stability.
Ordinary particle size measurements require extensive dilution.
In contrast, the Acorn Drop performs size measurements of high concentration, high viscosity, opaque and light-sensitive emulsions non-destructively, without dilution.
Acorn Drop – Droplet Measurement Technology
In formulation development, component addition can change everything.
To understand what happens, go with the Acorn Flow – Technology for Formulation Development Flow.
The Acorn Flow – Technology for Formulation Development Acorn Flow provides a sensitive tool to monitor changes at the particle-liquid interface created by integrating additives to suspensions.
Adsorption/desorption phenomena can be studied.
Whatever your application: formulation development, suspension surface area, flocculation, coagulation,
emulsion droplet size, stability, sedimentation, creaming, speak with our sales team to see if we can help.
Our devices improve product performance in a wide range of industries, including pharmaceuticals,
cosmetics, electronics, energy, ceramics, and coatings.