WTS Geophysical Solutions products

WDDS-2/3 Digital DC resistivity meter is a new generation one. It overcomes the limitation of analog electrical equipment and possesses all advancements suitable for resistivity-sounding surveys. It takes the 32-bit microcontroller technology and 24-bit A / D technology development. It is particularly designed for very shallow and medium-deep Geophysical Investigations. It is reputed due to its high resolution, reliability, and measurement accuracy. It is a more robust, easy-to-use, automatic, field-proof, and more compact device for Resistivity Surveys. It records a direct reading of resistivity, Self-potential, and well logging.

WDJD-4 is a Multi-Function D.C Resistivity /IP meter, specific prospecting equipment for groundwater & mineral resources, and a primary tool for Geotechnical applications. Its advanced features & parameters support multi-functions such as resistivity survey, multi-electrode imaging, and borehole logging, respectively. It is the most economical and practical field equipment used across the globe due to the high performance, reliability, accuracy, portability, ruggedness, and simplicity of in-field operation. More details are listed below.

WGMD-4 is a new state-of-art ‘Multi-Electrode Resistivity Imaging System.’ It has multiple functions such as high accuracy, quick operation, high reliability, and excellent expandability. It makes field surveys more economical and comfortable. It has the coupling unit of Mainframe (WDJD-4) and Multiplex Switcher (WDZJ-4 or WERT System) designed explicitly for resistivity imaging survey. Multi-Electrode Switcher is available in two configurations, namely WERT-60 (Supports up to 60 electrodes) and WERT-120 (Supports up to 120 electrodes), respectively. WERT -60/120 arrangements are compatible to work with the Centralized Cable System (30 take-out Resistivity Imaging cable is available at 2m, 5m, 10m, and 20m standard spacing).

WDA-1 /1B excellent Digital DC Resistivity/IP Meter is a unique state–of–art equipment for all kinds of resistivity surveys, imparted with the latest technology, conducts resistivity survey wireless with the help of WDA-1D & 2D software fixed in your Pocket PC or Tablet that is operated with Bluetooth within 10 m radius. WDA-1/1B Series is a lightweight, compact, portable, high performance, and furnishes all your survey needs in a single package. WDA Series is available in two variants, viz WDA-1 and WDA-1B, respectively.WDA-1 performs a survey with an external power source, whereas WDA-1B is designed to survey with an inbuilt power source and an external power source. Its primary performance and functions surpass analog instruments in the market.

ADMT series (Water Detectors) is a new age intelligent prospecting instrument designed for shallow, medium-deep, and deep GroundWater Exploration. It is entirely supported by Mobile Application software for Data Acquisition, processing, and Interpretation that surpasses the limitations of resistivity meters in Ground Water exploration. It uses a mobile phone or tablet PC to execute the complicated information calculated to realize and draw 2D/3D profile maps and contour maps by an application. This innovative advanced technology enables the detailed geophysical survey to become more accessible and simpler.

The new generation of ADMT-Multi-Channel series constantly updates the hardware and software, and pushes the boundaries by introducing features previously unseen in commercial resistivity meters. The latest upgrade of new resistivity measurement features using natural electric fields results in increased measuring speed and improved data quality. Resistivity surveying is a versatile geophysical method suitable for various applications and environments such as groundwater prospecting, mineral exploration, geological mapping, and geotechnical investigations. System design can vary depending on the application. It is available in many different configurations to perfectly match your requirements. It introduces an APP data process system. The whole measurement can be controlled by a mobile phone (which supports the Android system), making the operation more convenient and faster to get the result.

WZG-24C/48C engineering seismograph is equipment from the third generation that supports the window eight systems and is multi-functioning, high-precision, and stable. Seismic source for examining is from the hammer, electric flicker, or explosion for thousand-meter depth. It applies for seismic surveys, as sheared wave velocity test, surface wave exploration, pier foundation test, ground micro-tremor determination, seismic imaging, shake measurement, refraction or reflection survey, and so on.

A geophone is a transducer that geophysicists and seismologists have used to convert ground movement into voltage. Any deviation in this measured voltage from the baseline is regarded as a seismic response used to analyze the earth`s structure. Our Geophones are high quality, consistent, solid body, good sealing, and lightweight. It can meet multi-function seismic wave data recording owing to high resolution, low distortion, high sensitivity, and moderate damping factor.

WTS DHQ Geophysical Borehole Logging Equipment WTS-DHQ is a new generation Geophysical Borehole Logging system, offers the unique combination of high performance, ruggedness, portable, and ease of use appreciated by many logging operators. Borehole geophysical logging methods are helpful to measure the physical properties of geological material around the borehole, properties of borehole fluid, and the integrity of well construction materials. Our wide range of geophysical logging tools have been demonstrated in a wide variety of geological environments and have proven helpful in geological interpretations & and exploration.

An HD digital camera probe is used for the WTS-DCT (D) Borehole TV Tester to carefully observe the interior of the core hole or the inner wall of the prestressed pipe pile in real-time. It is used to record and increase the image within the effective image range of the probe and save the pictures of the probe in video mode.