As the regulatory landscape evolves, these technologies will provide additional applications for food and beverage production.https://admin-foodengineeringmag.epublishing.com/admin/article/general/load?articleId=90752#
X-ray, camera and laser sorting technologies are coming of age in new configurations and applications that improve productivity and reduce false rejects while detecting harder-to-find flaws.
A new range of contaminants, product defects and packaging imperfections are being spotted by the latest styles of multi-beam X-ray systems and optical inspection technologies.
Metal detection is a fact of life in the food processing industry. Most processors, whether they process snacks, meats, grains or liquids, have either metal detectors or X-ray machines to detect and control metal contamination.
Capable of detecting metal, glass, dense plastics and other contaminants in packaged food, the Thermo Scientific Xpert C400 X-ray system can be used for thicker, denser products; wet, semi-frozen products; metalized packaging structures; and/or higher-speed production.
The Thomas & Betts Ty-Rap line of detectable cable ties includes mounting bases made from materials identifiable by X-ray equipment, metal detectors and visual detection equipment.
Engineered for food manufacturers in the packaged meat, poultry and dairy industries, the Eagle 400 HC X-ray inspection system simultaneously inspects for foreign bodies including metal, glass, stone and bone, and checks products for correct weight, size and shape.
Engineered for lightweight and open-container food product contaminant detection, the Thermo Scientific EZx 465 Touchless X-ray system eliminates the shielding curtains typically used to block radiation, while complying with all global safety standards, by conveying the product through the inspection chamber via a series of small slopes.