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LaXser is the world’s first advanced detection system utilizing patent pending synergetic x-ray and laser technologies to detect, with a high level of accuracy, physical contaminants such as bone, glass and metals in poultry and turkey, red meat and burgers, fish and other food products including packaged foods. Expect superior sensitivity with an ultra-low, near 1% false reject rate.

Continuous fat analyzing to an accuracy of <1%. Dual X-ray source - dual detectors. Bone detection to 7mm. Metal detection to 2mm. Capacity rated at 45,000 pounds per hour. Meat can be loose on belt, in boxes, fresh, or frozen. Full integration with new or existing equipment.

The robust Lenze-AC Tech motion management solutions for the packaging industry offer you what counts—all the options you need, unparalleled ease of use and proven performance. If your packaging application includes in-feed or constant-feed machines, labelers, fi llers, wrappers or cartoners, the complete range of Lenze-AC Tech variable frequency drives (VFDs) and G-motion gear motor solutions offer you a very targeted, costeffective and reliable answer. And the best part is, you won’t need to compromise on performance to get a great value! Our components are innovative, easily available and realistically priced.

Dual Wave Technology is unique to Anritsu. The Dual Wave systems operate two metal detection frequencies simultaneously allowing improved detection of stainless steel in reactive products such as cheeses and meats. Further, Anritsu has advanced this Dual Wave technology to be more stable and more accurate. The new high-sensitivity head and new algorithms achieve higher sensitivity. The detection sensitivity in S/N ratio has been improved by three times or more, leading to an improvement of up to two ranks in detectable metal sizes (in-house comparison). The enhanced auto-tracking and auto-limit functions maintain detection sensitivity automatically and achieve higher stability.

Bulk Flow - Food x-ray inspection demonstration with meat. Bulk flow x-ray inspection of nuts, almonds, potatoes, vegetables and fruits provides detection of contaminants not seen by other technologies. Metal, glass and stones are easily detected at levels not seen by vision technology and seen WITHIN the products itself.

Anritsu's leading edge x-ray technology (over 5000 installations in food and pharma applications) takes another step forward by offering new features and improved accuracy on low density contaminants and small hard metal contaminants. Detection of 0.2mm stainless and 1.0mm to 2.0mm stones are now detectable with reliability. Additional features include multi-lane and multi-threshold inspection.

Anritsu X-Ray inspection systems provide solutions to contaminant detection that is not available from any other technology or supplier. Anritsu X-Ray technology automatically detects dense foreign materials to a level not seen by others within bulk or final packaged products. Detectable contaminants are metal, glass, stones, bones, rubber and some plastics. In addition, Anritsu technology automatically analyzes for under weight conditions, missing items, broken products and other packaging anomalies simultaneous to contaminant detection.

The KD7416ACM unit is used to detect contaminants in unpacked bulk products, such as meat, fish, etc., when X-ray leakage prevention curtains cannot be used. Contaminants in large and wide packed products can be detected with the KD7416AM unit.

A uniquely-sensitive detector enables detection of contaminants down to 0.2-mm dia. Anritsu's original algorithm tuned for its new detector offers highly sensitive detection of low contrast contaminants, such as bone and plastics. The detection sensitivity has improved by up to three ranks (in-house comparison). A new controller supports faster operation with excellent operability as well as user-friendly simple functions.

Bulk flow x-ray inspection of nuts, almonds, potatoes, vegetables and fruits provides detection of contaminants not seen by other technologies. Metal, glass and stones are easily detected at levels not seen by vision technology and seen WITHIN the products itself.