Price |
Contact Us |
Brand Name |
Hanyi |
Place of Origin |
Shanghai, China |
Min.Order Quantity |
1 set |
Payment Terms |
T/T |
Delivery Detail |
5 days - 20 days |
Packaging Details |
Standard export wooden case or carton box |
The price and photos are for reference. We customize the equipment for you according to your requirements. Please contact us and let us know your requirements
Automatic Metal Contaminant Detection Machine Detector
Description:
This qualified automatic metal contaminant detection machine is designed for detecting and removing metal contaminants in food and pharmaceutical applications. These devices typically feature a fully automatic system capable of detecting and removing both ferrous and non-ferrous metals, as well as difficult-to-detect stainless steel. They play a crucial role on the production line, ensuring product quality and reducing the risk of metal contamination.
The operating principle of these metal detectors is that when a product passes through an aperture on a conveyor belt, the system detects any metal contaminants and removes them using a rejection mechanism, such as a rejection arm or push rod. Additionally, the system can notify the operator of the detected metal contaminants through audible and visual alarms. Operators also have the option to halt the production process upon finding metal contaminants.
Product features:
It can detect a variety of metal materials, including iron, stainless steel, copper, aluminum, and lead. The intelligent self-learning function can detect frozen foods (such as dumplings, frozen fish), meats, rice, pickled products, and more. The simple, removable frame makes it easy for users to clean. It can be integrated with production lines for automated in-line detection. When trace amounts of metal are detected, audible, visual, and instrumental alarms are simultaneously triggered, and non-conforming products are automatically returned to a stop state.
Factory and application
Hanyi equipment has been widely used in food and pharmaceutical fields.