The food and beverage industry places the highest demands on quality, hygiene and safety. With our detectable marking solutions, we support our customers in ensuring that the high standards required within the HACCP concept are met.
According to the German Federal Office of Consumer Protection and Food Safety (BLV), the number of government warnings of contaminated food in Germany has again reached a record level in 2020. The published warnings have been increasing for years and often cause image damage for manufacturers with huge consequences.
Plastic parts pose a risk of product contamination. Our innovative markers are made of a special plastic with metallic filler: This means that even fragments can be reliably detected by commercially available metal and X-ray detectors within the framework of standardized processes. We offer you a comprehensive product range for the marking of machines and equipment in the food industry.
The food and beverage industry places the highest demands on quality, hygiene and safety. With our detectable marking solutions, we support our customers in ensuring that the high standards required within the HACCP concept are met.
In our TECH TALK video series we focus on our customers challenges by analyzing the root-causes and briefly present you the Weidmüller solution.
Detectable by colour, metal and X-ray detectors before the food is delivered to the market
Extensive selection of cable, wire and device markers in conjunction with proven printing systems
Strict quality control of the marking products in the accredited Weidmüller laboratory
Weidmüller detectable marking systems help you to secure your quality of food production on a consistently high level
Markers are absolutely essential on machines and systems. Within this context, the safety- and function-compliant identification of electrical components and equipment in mechanical food processing takes on a prominent significance and should therefore focus on general food safety standards. This white paper provides an introduction to the relevant design principles for the avoidance of foreign body contamination and offers a specific guideline to assist in the selection of an application-appropriate marking system.
