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The drilling parameters are continuously recorded as a function of depth by the PocketLIM Drilling version. The drilling parameters are used for reconnaissance, as well as for finding subsoil cavities and anomalies and controlling anchors and micro piles. In subterranean construction, the tunnel boring machine’s progress is recognized using the drilling parameters, and blasting efficiency are maximized using the conventional method.

The PocketLIM Grouting version records the flow, volume, and pressure parameters as a function of time for 1 to 4 grouting lines while monitoring grout injection (low pressure) into the soil in real-time Acoustic Borehole Televiewer.

The PocketLIM Jet version controls and monitors the placement of jet-grouting columns by recording the parameters of both the drilling (descent) and jet (ascent) phases. It also controls the automatic ascent (jet phase).

The NanoLIM is a drilling parameter mono-application display and data acquisition system that is specifically designed for use in harsh site conditions. GEO-LOG 4 is a cloud-based geotechnical data processing and borehole log presentation solution Optical Borehole Televiewer. LIMsoft is a modular software concept built around a SQL Server database and a PDF graphical engine

The PocketLIM is a multi-application display and data acquisition device that was designed specifically for outdoor use in harsh site conditions. The MiniLIM is a multi-application display and data capture system that, like the PocketLIM, was created specifically for outdoor use in challenging site circumstances. The NanoLIM is a drilling parameter mono-application display and data acquisition system that is specifically designed for use in harsh site conditions.

Optical Borehole Televiewer

The PocketLIM is a multi-application display and data acquisition device that was designed specifically for outdoor use in harsh site conditions.

The primary applications are measurements and acquisitions of:
•drilling parameters (cabin or exterior); •geotechnical in-situ tests;
•data resulting from unique and deep foundation processes;
•machine parameters;
•HP GPS data for navigation are the most common applications.

The recorded data (BOR) is saved and automatically transferred over the internet via mobile networks, Wifi, or USB to be processed in the cloud with the GEO-LOG 4 web application.

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