HIGHLIGHTS:
Five System Detection: Combines multiple search modes such as long-range locator, ground scanner, and pulse induction, offering flexible detection for gold, metals and treasures.
Deep Penetration Capability: Designed to detect targets at substantial underground depths (down to 60 m/197 ft, even in tough soil conditions (ideal for professional use in goldfields).
Precise Target Identification: High-accuracy interface enables users to distinguish between different target types (gold, silver, voids, etc.), reducing wasted digs.
All-Terrain Ready Build: Built for rugged environments, the Titan X13 is engineered with quality materials and robust components for outdoor gold prospecting.
Professional Support & German Innovation: Backed by GER Detect’s engineering pedigree, the unit offers extensive support, language options and international certifications to match professional standards.
Use Cases:
Gold, precious metals, diamonds, gemstones, caves, voids, and archaeological tomb.
Includes:
Search Systems
EMF Systems: Engineered to locate both metallic targets and underground voids.
- Direct detection system using EMF technology.
- 3D imaging system for underground targets using EMF technology.
Pulse Induction Systems: Designed to detect deeply buried metals by emitting powerful electromagnetic pulses and analyzing their decay signals.
- General search system using pulse induction technology.
- Direct analysis system using advanced pulse induction technology.
Magnetometer Systems: Designed to detect metals and voids by measuring subtle variations in the Earth’s magnetic field.
- Void, cave, and tomb detection system using magnetic field technology.
- Metal detection system using magnetic field technology.
Ionic System: Designed to specialize in detecting ancient treasures by analyzing ionic field anomalies around buried targets.
- Ionic system specialized in detecting ancient treasures.
Long-Range Systems: Designed to cover vast areas up to 3,000 m² and detect targets down to 60 m underground.
- Long-range detection system for gold and precious metals
- Long-range detection system for diamonds
- Long-range detection system for gemstones
- Custom search system using long-range detection technology
More Details
TITAN X13 device is designed to operate efficiently in all countries and regions
The true journey of exploration does not require traveling to new lands, but rather seeing with new eyes. We wish you success in all your exploration journeys.
- Ultra-fast target acquisition and pinpoint accuracy in identifying locations.
- Capable of covering areas up to 3,000 square meters with a depth reach of up to 60 meters below the surface
- Precious metal detection with the capability to identify 12 different types, including: Ancient buried gold, raw gold, platinum, silver, mercury, bronze, lead, copper, cobalt, lithium, coltan, and meteorite stones
- Gemstone detection with the ability to identify 18 different types, such as: Ruby, emerald, quartz, topaz, agate, amethyst, lapis lazuli, tourmaline, columbite, tanzanite, turquoise, peridot, alexandrite, cat’s eye, sapphire, jasper, opal, and aquamarine
- User interface supports six languages: Arabic, English, German, French, Spanish, and Persian
Professional metal detectors are designed to detect metals that have been buried for many years by identifying subtle changes in the surrounding environment caused by these metals.
These advanced detectors utilize a combination of technologies, including bio-energy interaction, ionization sensing, electromagnetic field detection, microprocessor-based analysis, detection of long-term soil disturbances, and sensor fusion. The longer a metal object remains buried, the stronger its ionization field and electromagnetic signature, making it easier to detect over time.
Recommended Testing Methods:
- Field Testing at Historic Locations: Conduct tests in historically significant areas, such as old battlefields or archaeological zones (with proper authorization), where buried metals are known to exist.
- Testing with Known Burials: Use areas like old farmlands or previous construction sites where metallic objects have been long buried.
- Avoid Air or Fresh Soil Testing: Do not test with metals above ground or recently buried. These detectors are calibrated to detect ion fields that develop around long-buried metals—unlike standard hobby detectors.
- Avoid Indoor Testing: Testing inside homes or buildings can lead to inaccurate results due to interference from electrical wiring and other structural elements.
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