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MIT

Multifinger Imaging Tool

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The Multifinger Imaging Tool (MIT) is available in a range of diameters to suit varying casing and tubing sizes. The tools can be run in combination with other well integrity instruments and Ultrawire™ Production Logging tools. When the MIT tool is run in hole, the fingers are closed to prevent damage. Once at logging depth, a motor is activated from the logging system or by the memory tool and the fingers open. A continuous measurement of the pipe’s surface condition is made as the tool is logged up.

Your price
Contact us for pricing

The MIT is available in a range of diameters to suit varying casing and tubing sizes. It is also available in a range of finger configurations from 24 up to 120 individual measurements depending on the required resolution. The fingers increase with the diameter of the tool to maintain maximum surface coverage. The tool can be run in combination with other well integrity instruments and production logging tools. When the MIT tool is run in hole, the fingers are closed to prevent damage. Once at logging depth, a motor is activated to open the fingers and extend them out from the tool body. As the tool is logged up the casing or tubing, the fingers run along the internal wall to provide a continuous measurement of the pipe’s surface condition. The tool includes an inclinometer to indicate the finger positions relative to the high side of the pipe, which allows features to be orientated correctly during data processing.

Features and Benefits
• Available in 24, 40, 60 or 80 finger versions
• Surface readout or memory options
• Combinable with other Ultrawire tools
• 3D data analysis using WIVA software
• Statistical analysis using WIPER software
• Suitable for all well deviations
• Extended finger lengths available for all tools (optional)
Applications
• Quantification of scale build up and corrosion.
• Accurate location of holes or anomalies.
• Detects axially oriented metal loss, such as drill pipe or rod wear
• Identification of completion items and damage
• High-resolution detail on the condition of downhole tubulars improves remedial action efforts by accurately determining the wear profile
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