PROCEQ GM 8000

GM 8000 Radar is a subsurface radar system specifically designed for fast and effective scanning of large areas. The radar system is mounted on a trolley or wheeled platform and provides users with great mobility when scanning large areas underground. The GM 8000 Radar is widely used in many areas such as infrastructure surveys, road surveys, construction sites, archaeological sites and environmental surveys.

GM 8000 Radar Features:

Trolley and Wheeled Platform Design:The GM 8000 is mounted on a trolley or wheeled platform. This design allows for fast scanning of large areas and provides the user with great mobility during the scanning process.

Wide Area Scanning: The trolley radar system allows for fast scanning of large areas. It is especially ideal when large surfaces need to be scanned, such as road surveys, large construction sites or infrastructure inspections.

Multi-Frequency Antenna System: The device is equipped with antennas operating at multiple frequencies. This enables precise detection at different depths and ground conditions. Near-surface and deep structures can be detected simultaneously.

High Sensitivity and Resolution: The GM 8000 provides high-resolution images of underground structures and objects, enabling detailed analysis. This is extremely important for infrastructure investigations and engineering projects.

Real-Time Data Display and Analysis: The instrument can display and analyze collected data in real time. This feature facilitates instant decision-making in the field and enables quick intervention when necessary.

User Friendly Interface and Software: The GM 8000 is equipped with a user-friendly interface and advanced software. This software simplifies data collection and analysis and enables users to perform underground scans quickly and efficiently.

Durable and Reliable Design: The instrument is designed for reliable performance even in harsh field conditions. Its rugged construction is suitable for use in a variety of environmental conditions.

Data Logging and Reporting: All collected data can be recorded and used for later analysis. This feature is important for documentation of field work and future reference.