Key Metal Detection Technologies
The World's Best Metal Detection Technology
With over 30 years of experience, Minelab provides The World' s Best Metal Detection Technologies, creating products with premium quality standards so that the detector can benefit you to the maximum.
Minelab technology was initiated and developed by an innovative genius in the field of physics, named Bruce CandyHe has researched and developed metal detection technology for 30 years and has issued more patents related to metal detection technology than anyone else. These key technologies are what enable you to successfully find gold.
Quality and innovation require research. Without research, technology stagnates and cannot develop. That's why Minelab has the largest and most active research team. The team consists of 30 scientists, engineers, and technicians committed to producing the next generation of detectors. In addition to the research team, there are several metal detection expert teams, such as: Phasetechnical And Promining which provides input from the field and tests each detector intensively.
Please click and see Minelab patent list.
Multi IQ
Simultaneous Multi-Frequency Multi-IQ
Low-frequency detectors generally achieve greater depth on large targets than high-frequency metal detectors. However, high-frequency detectors are usually more sensitive to small targets such as fine gold particles. With EQUINOX, you can use the full frequency spectrum simultaneously for maximum performance. You no longer need to choose between the advantages and limitations of low and high frequencies. *20 kHz and 40 kHz are not available as individual operating frequencies on the EQUINOX 600. The Multi-IQ frequency range shown applies to the EQUINOX 600 and 800. Actual sensitivity depends on the target type and size, ground conditions, and detector settings. The EQUINOX 600 offers Multi-IQ mode (all frequencies) or three individual frequencies (5, 10, and 15 kHz). The EQUINOX 800 offers Multi-IQ mode (all frequencies) or five individual frequencies (5, 10, 15, 20, and 40 kHz). Both models can detect a much wider range of targets in Multi-IQ mode than when using a single frequency. However, if excessive ground noise occurs at a particular site, switching to an individual frequency may help reduce the interference.
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5F×8
USED IN SERIES EQUINOX 800
Five Frequency Times Eight, [Five Frequency Times Eight]
5F×8 provides five selectable frequencies: 5, 10, 15, 20 and 40 kHz. Lower frequencies favour larger targets; higher frequencies improve sensitivity to small targets and fine gold.
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3Fx3
USED IN SERIES EQUINOX 600
Three Frequencies Time Three, [Three Frequencies Times Three]
3F×3 provides three selectable single frequencies in one metal detector. The EQUINOX 600 offers 5, 10 and 15 kHz operation for different target sizes and ground conditions.
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ZERO VOLTAGE TRANSMISSION (ZVT)
USED IN DETECTORS GPZ 7000
The Latest Metal Detection Technology Standard: ZVT
ZVT (Zero Voltage Transmission) creates an ultra-stable magnetic field with alternating polarity, significantly increasing detector sensitivity to gold. This innovative technology is designed to detect gold nuggets at exceptional depths.
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Super-D
USED IN DETECTORS GPZ 7000
The Super-D Smart Coil sensor consists of one central transmit winding and two outer receive windings. This configuration significantly reduces interference from magnetic ground while lowering detector noise and electromagnetic interference.
Super-D Smart Coil for GPZ
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Multi Period Sensing (MPS)
USED WITH THE DETECTOR SERIES GPX
Multi Period Sensing Technology
MPS is Minelab's advanced pulse-induction technology. Multiple pulse periods help separate desirable targets from mineralized-ground responses.
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Dual Voltage Technology (DVT)
USED WITH THE DETECTOR SERIES GPX
DVT - Dual Voltage Tech
DVT uses two voltage levels to enhance pulse-induction performance, ground handling and sensitivity across a wider range of target sizes.
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SMART ELECTRONIC TIMING ALIGNMENT (SETA)
USED WITH THE DETECTOR SERIES GPX
SETA Minelab Technology
SETA (Smart Electronic Timing Alignment) is a highly sophisticated method for matching timing characteristics with continuous measurements of the surrounding electromagnetic environment, such as the Earth's magnetic field. This improves detector performance by eliminating noise signals. Sensitivity across all timing settings is increased, allowing SETA to detect more gold than other metal detector technologies.
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Multi-Period Fast (MPF)
USED WITH THE DETECTOR SERIES SDC 2300
MPF Minelab Technology
MPF is a high-speed pulse-induction technology. Rapid transmit and receive cycles improve response and sensitivity to small gold targets.
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Very Low Frequency (VLF)
USED IN THE PRO FIND DETECTOR SERIES
Low Single Frequency Technology
VLF is a continuous-wave, single-frequency metal-detection technology. It supports effective target identification, although performance depends on frequency, target size and ground mineralization.
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Ultra-Wide Dynamic Range VLF
USED WITH THE DETECTOR SERIES GOLD MONSTER 1000
Ultra Wide Dynamic Low Single Frequency Technology
Ultra-Wide Dynamic Range VLF operates at 45 kHz and is well suited to detecting small and fine gold. Careful ground balancing may be required in mineralized soil.
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FULL BAND SPECTRUM 2 (FBS 2)
USED WITH THE DETECTOR SERIES CTX 3030
Minelab's Full Band Spectrum 2 Frequency Technology
The FBS 2 combines Minelab's FBS dual-frequency rectangular wave transmission (1.5 kHz–100 kHz) with an advanced digital coil-detector connectivity system. The smart coil and precisely calibrated detector electronics enable more accurate detector signal analysis. Therefore, the CTX3030 can be considered the most advanced treasure detector. It offers excellent capabilities for testing metal types, locations in the ground, and shapes.
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SMART FIND 2
USED WITH THE DETECTOR SERIES CTX 3030
Smartfind 2 displays ferrous and conductivity properties on the detector screen. High-speed processing improves target separation and identification.
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Full Band Spectrum (FBS)
USED IN E-TRACK DETECTOR SERIES & SAFARI
FBS simultaneously transmits, receives and analyses multiple frequencies, improving target information and stability across varied ground conditions.
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