The Top-mounted or Rotary Pulser can be selected according to the specific operational requirements of the customer, ensuring flexibility for different drilling conditions. The system can be powered either by a battery for straightforward applications, or by a turbo generator, which generates electricity through the continuous flow of flushing fluid to provide a more stable and long-lasting power supply.

Continuous near-bit azimuthal gamma measurements (16 sectors) provide timely responses as the bit approaches target formation boundaries. This improves horizontal well landing accuracy and reservoir contact, effectively reducing geological and operational risks. The technology is widely applied in the development of unconventional reservoirs such as coalbed methane, shale gas, and tight gas.

The LeoLiD® Electromagnetic Resistivity While Drilling (EMR-WD) tool provides real-time measurements of natural gamma, electromagnetic resistivity, and other formation evaluation data during drilling. By providing accurate and timely data, it supports proactive decision-making for both drilling and geological teams, helping optimize drilling efficiency, reduce risks, and enhance the overall success of the operation.

The Rotary Steerable System "Push-the-Bit type" consists of an LCP pulse generator, a measurement unit equipped with directional and gamma sensors, and a rotary steering unit. Offering real-time, near-bit inclination and gamma ray measurements, the system improves wellbore placement and optimizes reservoir exposure. This leads to faster and safer well delivery, enhancing overall drilling efficiency.

The Logging While Drilling Nuclear Magnetic Resonance (LWD-NMR) tool is designed for formation evaluation during drilling in oil, gas, and combustible ice fields. It accurately measures reservoir saturation, porosity, and permeability, enhancing drilling efficiency and reservoir productivity. The tool also provides comprehensive services in measurement, interpretation, and guidance, helping customers maximize the benefits of advanced LWD technologies.

Natural gamma logging is a radioactive logging method used to understand rock formations by measuring the intensity of natural gamma radiation. The LynxLiD® probe-type azimuthal gamma tool provides 16-sector formation gamma measurements and generates average gamma data, as well as directional gamma data and curves for 2, 4, or 8 quadrants, offering valuable guidance for drilling geological operations.