The LMX200™ stands at the forefront of technology, providing unprecedented insights and target confidence in detecting traditionally non-locatable subsurface features. This advanced Ground Penetrating Radar (GPR) system goes beyond conventional methods to reveal a diverse range of subsurface elements.

Detectable Subsurface Features Include:

• Non-metallic pipes: Including PVC and asbestos cement, expanding the range of locatable utilities.
• Underground Electrical Cable: Offering a solution for precise detection of electrical infrastructure beneath the surface.
• Concrete storm and sewer systems: Providing insights into the layout of vital stormwater and sewer structures.
• Utilities with failed tracer wiring: Overcoming the challenges posed by the failure of installed tracer wiring in the underground network.
• Underground storage tanks and drainage tiles: Enabling the identification of critical features for planning and risk mitigation.
• Septic system components: Locating septic system elements for maintenance and construction purposes.
• Non-utility structures: Uncovering non-utility structures like vaults, foundation walls, and concrete pads.

Meeting Regulatory Requirements for Public Utility Systems

Public utility systems and local governments mandate the accurate location and marking of underground systems to facilitate project planning and mitigate risks. The LMX200™ builds upon the proven capabilities of the LMX100™ to address these requirements.

Enhanced Features for Comprehensive Utility Mapping:

• Grid Scan Mode: Introduces the powerful Grid Scan mode for systematic and detailed subsurface scanning.
• External GPS Integration: Enables the use of an external GPS for enhanced SplitView and MapView functionalities.
• LMX200™ Enhanced Upgrade: Offers an upgrade option with advanced features, including data export for post-processing, archiving, reference, and further mapping capabilities.

With the LMX200™, professionals gain a technological edge in subsurface detection, allowing for precise mapping and planning while meeting regulatory standards for utility systems.