LUMiCheck® - the simplest and easiest quality control tool you will ever need

With the LUMiCheck you can quickly and easily measure any changes occuring in your product formulation from batch to batch. It works for emulsions and suspensions and excels in both simplicity and sensitivity.

The LUMiCheck works on a back-scattering principle. By following minute fluctuations and changes in the light scattering intensity of your dispersed phase, it allows you to detect even the smallest changes in your sample as they are happening. You can measure up to eight samples simultaneously. Sampling intervals are automatically set according to changes in your sample scattering signal. There is no need to enter any material constants. The unit is compact, lightweight, and operable using AA batteries. There are no moving parts and there is no need for calibration.

And all this in a very user-friendly package: one instrument and unmatched customer support. Just fill a disposable vial with your sample, place it in the instrument, and press the Start button. As easy as 1,2,3.

In short, we don't just give you numbers, we give you knowledge, we give you answers.

Your benefits
  • Measure differences between samples
  • Quickly rank samples
  • Measure up to eight sample at the same time
  • Operate instrument via a touch-screen LCD
  • Analyze concentrated samples
  • Lightweight, strudy, compact
  • Handle any dispersing media: water, oil, solvents
  • Use disposable cells
Separation and stability analyzer for emulsions and suspensions
LUMiCheck capabilities
  • Sample concentration:
  • 0.001 Vol % – 75 Vol %
  • Particle density:
  • 0.01 g/cm³ to 10 g/cm³
  • Operating Environment:
  • 1 °C – 60 °C
  • Number of samples:
  • 2-8
  • Sample volume:
  • 1 ml – 3.0 ml
  • Instrument dimensions:
  • 23 x 11 x 26 cm
  • Instrument weight:
  • 2 kg

Key words: Emulsions Stability • Suspension Stability • Boycott effect • Sedimentation • Creaming • Creaming velocity •Coagulation • Flocculation • Coalescence • Sediment consolidation • Syneresis • Solid liquid separation • Oiling • Homogenization • Zeta potential • Surface charge density • Emulsifier • Polyelectrolyte • Polymer • Dispersant • Oil water separation