Bombas Boyser, S.L. offers very interesting solutions for the food and beverage industry, for both the metering of additives and transfer of media.

Using our metering pumps with peristaltic pump heads, you can meter any fluid commonly used in the food industry, whether they are products with suspended solids, viscous substances, gaseous media or a combination of these.

The transfer of products during the manufacturing, storage or transportation process and filtration or solids separation processes are also common examples of applications for our lobe pumps or large peristaltic pumps.

Products such as different colourants, additives or solutions are some examples of common metering applications such as diatomaceous earth in filtration processes or the transfer of algae or other shear-sensitive media.

Our sanitary lobe pumps are intended for generally viscous products such as dairy products, honey, sauces, jams, fruit concentrates, syrups, etc. In contrast, our lobe pumps with rubber-coated rotors are used to pump products such as vegetable oils, molasses, fats and similar products. To supplement the range, we also have double-diaphragm pneumatic pumps and drum pumps for emptying drums.

LIST OF PRODUCTS FOR THE FOOD INDUSTRY

PERISTALTIC PUMPS

Industrial peristaltic pumps for dependable, reliable and precise applications.

SANITARY LOBE PUMPS

Sanitary lobe pumps whose technology is based on the design of two perfectly synchronised rotors featuring a modern design intended for a pressure of up to 10 bar for flow rates from 4 m3/h to 100 m3/h.

LOBE PUMPS WITH RUBBER-COATED ROTORS

Stainless-steel lobe pumps and food-grade (FDA) rubber-coated rotors are used in practically the entire winemaking process, pumping anything from wine to must including fermented paste.

DOUBLE-DIAPHRAGM PNEUMATIC PUMPS

Pneumatically driven double-diaphragm pumps for transferring virtually any type of fluid.

DRUM PUMPS FOR EMPTYING DRUMS

Drum pumps for emptying all kinds of drums of containers. Different pump shafts and even different pumping principles depending on the type of fluid.