VECTOR-Fördersysteme

Best-in-class inline metal detection for freefalling dry product applications, including flour, rice, cereal, corn, sugar, powder, grains, nuts and seeds.

Boosts productivity, enhances food safety and maintains HACCP compliance.

Fortress Technology's highly accurate, fully integrated Icon X-ray system is engineered for high-care food production environments and upholds the highest standards of food safety. Designed to inspect packaged products, it provides advanced contaminant detection for metal, ceramic, glass, and high-density plastics. Contaminated packs are efficiently rejected through its integrated reject system, while comprehensive auditing and compliance statistics maintain food traceability quality, and safety standards.

It is capable of processing packaged products up to 6kg and 300mm x 400mm in size.

Robust, hygienic, and fully integrated, the metal detection and checkweighing system combines advanced contaminant detection with efficient waste management. It optimises space and enhances productivity in high-care food processing environments, including packaged meat, poultry, and fish; dairy; cheese; plant-based products; prepared meals; baked goods; and confectionery.

It has an average inspection rate of 150 ppm for products weighing between 50g and 8kg.

Equipped with Code of Practice (CoP) specifications as standard, it meets the compliance requirements of leading UK supermarkets.

Both checkweighing and metal detection can be optimised through the same monitor and remotely accessed.

Designed for maximum contaminant detection sensitivity and food safety for sausage meats, plant-based foods, liquids, dairy, soups, condiments, syrups, pastes, confectionery, juices, viscous pet food, and dough. It attaches to stuffers and clippers.

A variety of valves, pipe materials and fitting are available to easily integrate into existing systems; all withstanding of high pressure, temperature and washdown environments.

With the ability to conduct automatic, accurate, and consistent testing at programmable intervals, Halo Automatic Testing System ensures food safety and quality control standards are consistently met. It saves valuable time, money, and labour, while mitigating the risk of human error and workplace injuries.

Test the performance on Gravity, Vertex, Pipeline and Conveyor snack, meat, poultry, dairy, frozen food, cereal and bulk ingredient metal detection lines using all 3 metal samples. Real time data reporting instantly records real-time GFSI, HACCP production and QC audit results.

Best-in-class inline metal detection for freefalling dry product applications, including flour, rice, cereal, corn, sugar, powder, grains, nuts and seeds.

Boosts productivity, enhances food safety and maintains HACCP compliance.

Fortress Technology's highly accurate, fully integrated Icon X-ray system is engineered for high-care food production environments and upholds the highest standards of food safety. Designed to inspect packaged products, it provides advanced contaminant detection for metal, ceramic, glass, and high-density plastics. Contaminated packs are efficiently rejected through its integrated reject system, while comprehensive auditing and compliance statistics maintain food traceability quality, and safety standards.

It is capable of processing packaged products up to 6kg and 300mm x 400mm in size.

Robust, hygienic, and fully integrated, the metal detection and checkweighing system combines advanced contaminant detection with efficient waste management. It optimises space and enhances productivity in high-care food processing environments, including packaged meat, poultry, and fish; dairy; cheese; plant-based products; prepared meals; baked goods; and confectionery.

It has an average inspection rate of 150 ppm for products weighing between 50g and 8kg.

Equipped with Code of Practice (CoP) specifications as standard, it meets the compliance requirements of leading UK supermarkets.

Both checkweighing and metal detection can be optimised through the same monitor and remotely accessed.