Innovative design for improved wort treatment
JETSTAR® technology reduces thermal stress for improved trub separation, increasing hop yield, clarity and quality.

An integrated solution that includes heating, wort boiling and treatment and casting out without the need for intermediate cleaning. Our two-phase boiling system encourages homogenous wort mixing, improves trub separation and overall wort quality.
This optimized process uses a thermo-siphon design with multilevel wort spreader to effectively remove unwanted volatiles, all while using less energy and reducing your carbon footprint.
Innovative design – uses a natural circulation evaporator without the need for an additional pump for reduced pulsation and stress.
Improved quality – homogenous circulation, greater trub separation for enhanced clarity and flavor.
Increased efficiency and yield – two-level wort spreader for more intensive evaporation and greater hop yield.
Agile design – easily installed or retrofitted, offering technological flexibility for recipe variation and special beer types.

Maximum extract yields and efficient use of resources are important, but with the new GEA LAUTERSTAR® you will benefit in every way. The lautering time is reduced, flushing and cleaning times are minimized, operating and maintenance costs are lower than with ordinary systems.

Our MILLSTAR® combines the advantages and benefits of conventional wet and dry milling. This method ensures almost perfect husk conservation and optimal grinding of the endosperm, which provides numerous advantages for your brewing process and your final product beer.

Optimized design combining technical precision and engineering expertise, MASHSTAR® provides enhanced control for innovative brewers.

The GEA brewpub separator skid is a ready-to-go centrifuge package unit to clarify beer, wort and other products in brewpubs and smaller breweries. It is the ideal starter skid designed for the particular needs of microbrewies.

For more than 100 years, GEA has developed technologies for dairy farming – from the first bucket milking machines to autonomous, digitally connected systems. These innovations have fundamentally transformed dairy farming: away from labor-intensive routines, toward greater productivity, animal welfare and more efficient day-to-day operations.