Metal Detectors
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Metal Detectors integrate advanced VLF and Multi-IQ technology, guaranteeing extremely accurate target identification and maximum search depth in any soil.
Professional and amateur archaeology is inconceivable without a reliable metal detector capable of generating and analyzing high-frequency electromagnetic fields, overcoming the resistance created by the earth. VLF (Very Low Frequency) technology typically operates in the 5 to 40 kHz range, where lower frequencies deeply penetrate the ground for massive and large-sized objects, while higher frequencies detect microscopic gold nuggets close to the surface. Revolutionary multi-frequency (Multi-IQ) scanning transmits several frequencies simultaneously, combining both benefits into a single, engineeringly processed signal. To prevent false alarms from saltwater or iron oxides, these detectors use manual and automatic Ground Balance, which neutralizes soil mineralization. The brain of the control box performs continuous, real-time metal discrimination, displaying a precise Target ID number on the screen and outputting distinct audio signal tones, thus allowing you to ignore iron nails and concentrate on silver, copper, and gold without unnecessary digging.
Electromagnetic induction and signal physics:
- Multi-frequency scanning: Multi-IQ processors simultaneously transmit a full spectrum of frequencies, guaranteeing that no target is missed even on highly mineralized sea beaches.
- Precise ground balance: Algorithms analyze and neutralize the soil's natural electromagnetic reflections, allowing the detector to work with maximum sensitivity without audio noise.
- Target ID: The color or monochrome LCD displays a conductivity number, helping visually distinguish valuable coins from corroded trash prior to digging.
- Recovery Speed: The detector system is able to instantly separate adjacent signals, allowing valuable items hidden right next to massive pieces of iron to be found.
A high-quality and scientifically calibrated search machine fundamentally changes the efficiency of archaeology, turning guesswork into precise location and massively saving user energy. To illuminate the excavated ground section for precise target reading in low light, highly compact mini LED flashlights will be ideal engineering assistants.
