For laboratory-scale emulsions, the key is a colloid mill with adjustable rotor-stator gap and high shear rate, since emulsification requires strong mechanical ??????????? to reduce droplet size and stabilize the mixture .
For this purpose, a model like GlobeCore CLM-0.25.1 laboratory colloid mill is a good starting point. It is designed specifically for homogenization and emulsification of liquid systems and viscous technical products, allowing you to test formulations and process parameters in lab conditions . It also works well as a pilot step before scaling to industrial production.
If you plan to work with different types of emulsions (oils, ?????????? ???????, ???????), it’s important to choose a configuration with temperature control and recirculation, since many technical emulsions are sensitive to viscosity and processing ?????.
In practice, CLM-type mills are widely used in technical fields (lubricants, coatings, chemical emulsions), so a laboratory unit like CLM-0.25.1 would be a logical and flexible solution for your tasks.