Method

EBINGER metal detectors stand for leading technology, reliability and top quality in the field of underwater metal detection. The UWEX® 725 K represents the latest, most versatile underwater metal detection system. The search system can be offered in individual configurations to meet a wide range of customer needs when searching for objects with metal content underwater. Modular configuration: The index K indicates that the UWEX® 725 K includes a modular combination of different components, allowing it to be adapted to a wide range of customer needs. Standard configurations can be expanded with optional accessories for specific detection tasks, such as finding objects with high metal content or deeply buried objects. Component Interchangeability: All components of the detector are interchangeable with other detectors of the same type, providing flexibility and adaptability. This makes it possible to use different configurations depending on the specific requirements of a search. Enhanced detection performance: The UWEX® 725 K offers improved detection performance and broad automatic adjustment to interfering metal components in the diving equipment. The electronic circuitry can be internally tuned to customer preference when detecting small or larger metal objects.Commercial and Military Versions: In addition to the commercial version, a military model is available and in use by NATO, with NSN encryption. This emphasizes the versatility and reliability of the system, which is used in both civilian and military applications.Pulse Induction Principle: The UWEX® 725 K operates on the Pulse Induction Principle, developed by German engineer Claus Colani. This principle uses short magnetic pulses to detect metal objects, making the device less susceptible to interference caused by conductive salt water or soil. Overall, the UWEX® 725 K Underwater Metal Detector offers a combination of flexibility, performance and reliability, making it a valuable tool for professional users who need to detect metal objects underwater in a variety of conditions.