Pipeline metal detector

Mettler Toledo Safeline Pipeline Metal Detectors are designed for the inspection of vacuum packed products, liquids, pastes, semi-liquids, high viscosity liquids pumped in industrial applications food and non-food processing. Pipeline metal detectors are capable of detecting all types of metals and ensuring they are removed from the product.

Pipeline metal detectors are ideal for vacuum pumped and packaged piping applications, including sausage meat and other high viscosity food products. Pipeline metal detectors offer a wide selection of coatings and sealing standards up to IP69K to enable high-temperature and high-pressure cleaning, meeting special hygiene standards for the food processing industry.

Safeline metal detectors use state-of-the-art technology to provide an advanced metal detection solution capable of detecting all types of metals, including ferrous, non-ferrous metals (such as aluminum and brass). and even hard-to-detect stainless steel, while removing contaminated product from the process. Our Profile Advantage pipe metal detector uses Simultaneous Multi-Frequency technology and Product Signal Suppression technology to detect smaller metal impurities in the most challenging applications.

The Mettler Toledo Safeline metal detector can be used to inspect a wide variety of pumped food products. HDS piping systems are specifically designed for vacuum packed meat processing and sausage product inspection applications where they can be fully integrated with other handling equipment. Profile Advantage Pipeline metal detectors are the best solution for challenging applications, using Simultaneous Multi-Frequency and Product Signal Suppression technology to overcome bubble or void issues in the product. to virtually put an end to false elimination.

High capacity, stainless steel pneumatic purge valve with quick-release coupling automatically removes metal contaminated product from the process. Safeline’s use of ZMFZ (Zero Metal Free Zone) technology allows conduit metal fittings and other process equipment to be placed closer to the transducer without affecting detector performance. This allows short ductwork for maximum product quality in limited installation spaces.