UXO CP PRO 7 FIELD SCANNING
 
Revolution in Field Scanning Devices
Uxo CP PRO 7 field scanning device brings you a unique field experience using today's technology. Thanks to its superior technology, Uxo CP PRO 7 allows you to take stable and accurate measurements in the field. All you have to do is select the type of metal, cavity or mineral you are looking for on the 4.3' touch screen. If you wish, it allows you to manually adjust the frequency between 0-22.5 kHz on the graphic screen of the device. In this way, it does not allow you to experience any problems in the field. The most important feature that distinguishes the Uxo CP PRO 7 field scanning device from other devices is that other devices do not care about the soil factor. With the piles driven into the ground in Uxo CP PRO 7, this negativity was eliminated and the measurements taken were made more stable.

Our Uxo Cp 7 Field Scanning Device has been updated by adding the Soil Type Selection option in order to eliminate the conductivity difference caused by the soil structure and related errors with the developing technology.
Uxo CP PRO 7 Search Modes
GOLD 5.0KHZ

SILVER 8.0KHZ

BRONZE 11.5KHZ

COPPER 10.0KHZ

ALUMINUM 7.0 KHZ

DIAMOND 9.1KHZ

IRON 17.0KHZ

WATER 20.5KHZ

SPACE 6.3KHZ

TECHNICIAL SPECIFICATIONS
ARM Cortex M4 – 180 Mhz Processor

4.3” Touch LCD 2 Mb Flash 8 Mb Ram

2” Manual frequency generator with graphic LCD

Eminator with 2” graphic LCD

Long-term use with 12v 2.8 A battery

Accurate and precise measurements with superior processor

1000 square meters screening area

15 meters depth

Ground identification and automatic measurement mode

Extremely easy to use and fully automatic measurement

waterproof bag

4 ground electrodes

Filtering with Analog low pass filter, Digital band pass filter Automatic

Voltage Range 250 Watt Internal inverter

automatic calibration

Our Uxo Cp PRO 7 Field Scanning Device has been updated with the developing technology by adding the Soil Type Selection option in order to eliminate the conductivity difference caused by the soil structure and related errors.