Fields of Activity:

  • XMAC

  • Full Suit Baker Series

  • CBIL

  • High-Definition Resistivity Imaging Tool (XRMI)

  • VSP

  • Gyro


The XMAC service delta-T, full-wave monopole, and cross-dipole waveforms are acquired simultaneously in a single logging run at 30 ft/min (9.14 m/min). This reduces rig time while providing all of the acoustic data needed for a full range of answers, including Stoneley slowness and permeability index, azimuthally anisotropy, TI anisotropy, thin-bed analysis, and rock mechanical properties.


  • Analyze anisotropy
  • Determine rock mechanical properties
  • Perform structural imaging
  • Conduct petrophysical evaluations
  • Gather thin-bed analyses

Features and benefits:

  • Acquisition of all waveforms simultaneously at a logging speed of 30 ft/min
  • Reduces rig time during cross-dipole data acquisition
  • Acquisition of inline shear and compressional data at a logging speed of 45 ft/min (13.71 m/min)
  • High-powered broadband dipole transmitters with superior low-frequency content
  • Provides high-quality shear data that eliminate the need for dispersion correction

Full Suit Baker Series

Compensated Neutron Logging Tool (CNT)

Measure neutron porosity to resolve lithology and gas identification.

Litho-Density Tool (LDT)

Measure formation bulk density and determine lithology.

High-Definition Induction Log (HDIL) Service

Analyze formation resistivity in freshwater and oil-based mud systems.

Dual Lateral Logging Tool (DLL)

Measure formation resistivity in high-resistivity environments in a conductive mud.


Gather full-borehole high-resolution acoustic imaging in all mud types. The Circumferential Borehole Imaging Log (CBIL) service provides high-resolution borehole images in difficult wellbore conditions, including high-porosity, unconsolidated formations. These images provide valuable insight for making difficult drilling, completion, and production decisions at the wellsite.


  • Determine orientation of formation dip
  •  Identify and classify faults and unconformities
  • Detect secondary porosity such as fractures, vugs, and washouts
  • Determine sand/shale distributions in thin-bed sedimentary sequences

Features and benefits:

  • Full-borehole coverage
  • Provides detailed borehole shape for geomechanical analysis
  • Enhances fracture identification and classification

High Definition Resistivity Imaging Tool (XRMI)

The XRMI has 6 pads armed on 6 independent arms, 25button electrodes on each pad, total 150 curves be recorded, can get resistivity image after processing. The new design can make the image more clear and work well in higher salinity drilling fluid.


  • Determine dips and strikes
  • Identify and describe faults and fractures
  • Obtain sedimentary and stratigraphic interpretations Structural mapping
  • Make well-to-well correlations
  • Unconformity mapping
  • Delineating other geological structures.

Features and benefits:

  • Data acquisition in high Rxo:Rt ratio formations
  • Enhances image quality
  • Combinable with the Ultrasonic Xplorer Evaluates geological and petro physical formation features in detail Reduces rig time Powered standoffs with independent
  • six-arm pad carriers Improves data quality in deviated and horizontal well profiles