Probes High Resolution Optical Televiewer (Hi-optv)® Price in Bangladesh

Probes High Resolution Optical Televiewer (Hi-optv)®

A unique optical system based on a fisheye lens allows the probe to survey 360 degrees simultaneously. This information is processed in real time to produce a complete ‘unwrapped’ image of the borehole oriented to magnetic north. The probe offers superior resolution to the High Resolution Acoustic Televiewer (HRAT)® and produces images in real colour. While, unlike the HRAT®, it can operate in air-filled boreholes, it is unsuitable for boreholes containing mud or cloudy fluids. GeoCAD® Televiewer Module: is a Windows-based package for processing, interpreting and displaying acoustic and optical televiewer image logs. Standard log presentations include tadpole and stick plots, stereographic projections of poles to planes and azimuth frequency diagrams. The synthetic core display allows convenient comparison of log and field data for orientation of fractured or incomplete core section

Probes High Resolution Optical Televiewer (Hi-optv)® Price in Bangladesh

Probes High Resolution Optical Televiewer (Hi-optv)® is an advanced borehole imaging solution designed to capture detailed optical images of borehole walls, making Probes High Resolution Optical Televiewer (Hi-optv)® Price in Bangladesh a relevant search for professionals involved in geological exploration, well logging, and subsurface investigation. It helps users visually examine geological formations and identify important structural features along the borehole.

The system is suitable for geological mapping, fracture identification, formation evaluation, groundwater exploration, mining, geotechnical studies, and borehole characterization. High resolution optical imaging provides clear visual information that can help professionals understand the physical characteristics and structural conditions of subsurface formations.

Probes High Resolution Optical Televiewer (Hi-optv)® can assist geologists and geophysicists in identifying fractures, bedding planes, faults, veins, cavities, breakouts, and other geological features. Detailed borehole images allow users to analyze the orientation and distribution of these features, supporting more accurate geological interpretation.

The optical imaging capability is particularly useful where direct visual information about the borehole wall is important. The collected images can support formation analysis, structural interpretation, groundwater pathway assessment, and drilling evaluation. This information can also complement other borehole logging technologies for a more comprehensive understanding of subsurface conditions.

Designed for professional field applications, the probe focuses on dependable imaging performance and practical usability in demanding borehole environments. Its robust construction supports reliable operation during geological investigations, while compatible logging and data acquisition systems can facilitate efficient recording and analysis of the acquired images.

For exploration companies, drilling contractors, geological consultants, research institutions, and engineering professionals, Probes High Resolution Optical Televiewer (Hi-optv)® provides an effective solution for detailed borehole imaging and geological analysis. Its combination of high resolution optical imaging, dependable performance, and durable field design makes it a valuable tool for modern subsurface investigation.

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Steven Rich – Sep 17, 2016:

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William Cobus – Aug 21, 2016:

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