The Eagle Pack 430 inspection system utilizes material discrimination X-ray dual-energy technology to detect and remove contaminants in mid-sized packed products with complex density levels such as prepacked salads, snack items and frozen vegetables
The company uses the highest-quality production equipment and maintains vigilance in seeing that each jar of salsa meets the demanding standards of every other jar.
Capable of detecting poultry bones and small bone fragments on high-speed poultry processing lines, the Anritsu DualX X-ray inspection system has 2 X-ray signals that simultaneously distinguish between each poultry product and its contaminants.
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.