The Power of Pulse Induction Metal Detectors

Metal detecting is more than just a hobby. It's a way to uncover hidden treasures and lost artifacts that have been buried for centuries. But how do you find these treasures? That's where highly sensitive pulse induction metal detectors come in. These powerful devices use electromagnetic fields to detect metal objects deep beneath the surface of the ground.

THE SCIENCE BEHIND PULSE

INDUCTION METAL DETECTORS

Pulse induction metal detectors operate by generating a magnetic field which is then used to induce an electric current in any nearby conductive material, such as metal. This current generates its own magnetic field, which can be detected by the metal detector's receiver coil.

APPLICATIONS OF PULSE INDUCTION

METAL DETECTORS

In the security field, these devices are used to scan people and their belongings for weapons and other metal objects. In the field of archaeology, pulse-induction metal detectors are used to locate buried artifacts and structures. These devices are used by treasure hunters to search for buried treasure and other valuable items.

ADVANTAGES AND DISADVANTAGES OF PULSE INDUCTION METAL DETECTORS

Pulse induction metal detectors are known for their ability to detect metals at greater depths than other types of metal detectors. Another advantage of pulse induction metal detectors is their ability to ignore mineralized soil and other interference. On the other hand, pulse induction metal detectors may struggle to differentiate between different types of metals, making it difficult to determine the exact type of object detected.

CHOOSING THE RIGHT PULSE INDUCTION METAL DETECTOR

One of the most important is sensitivity, which refers to how well the detector can pick up small or low-conductivity targets. Another important factor is depth range, which determines how deep the detector can detect metal objects. Price is also an important consideration when choosing a pulse induction metal detector.