Skip to main navigation Skip to main content Skip to page footer

Guarantee the highest quality with VIT®

Whether product-damaging or desirable microorganisms - in order to achieve consistently optimal product quality and safety, microorganisms in food must be continuously monitored.

A modern, efficient and reliable microbiological analysis system is essential for this. VIT® gene probe technology offers the possibility of detecting living microorganisms quickly and specifically at all stages of production.

Wide range of applications

Production processes

Thanks to its speed, VIT® can be used to increase the effectiveness of production processes while still maintaining the highest hygiene standards.

In-process control

VIT® can be used directly in the production processes to identify faulty batches in good time and avoid further costs.

Final product inspection

Only relevant, living microorganisms are specifically and quickly detected directly in the end product, thus enabling reliable and fast release decisions.

Recommended VIT® test kits

VIT® Campylobacter

VIT® Cronobacter

VIT® E.coli/Coliforms

VIT® Listeria

VIT® Salmonella

VIT® Staphylococcus

VIT® Yersinia

You might also be interested in

Detection of microorganisms in sausage, meat and fish

In food processing companies, it is necessary to test for various pathogenic microorganisms such as salmonella, listeria, staphylococci and others in the final product inspection. Highly specific detection is mandatory, as contaminated products pose…

Milk and dairy products

Milk and dairy products are home to a variety of microorganisms. In many cases, the bacteria are desired or even necessary. In this context, starter cultures, which are used for the targeted ripening of cheese or sour cream butter, for example, are…

Starter cultures

Microbial starter cultures are used for the targeted microbial manipulation of a product. Starter cultures can be used in various areas of food production, such as yoghurt, cheese and sour milk products. Starter cultures can be present both in pure…