Ultrasonic Borehole Siting Testing & Quality Control System

The TS-K100CW(P) Borehole Siting Monitor is a high-precision system designed for borehole siting testing, inspection, and quality control in groundwater exploration, geotechnical engineering, and foundation drilling. Proper borehole siting is essential to ensure optimal location, structural stability, and water yield efficiency. This system provides real-time borehole siting assessment, detecting deviations, geological inconsistencies, and site suitability before drilling begins.

Using ultrasonic and sensor-based technology, the TS-K100CW(P) performs borehole siting quality evaluation to determine if the chosen location meets hydrogeological and construction standards. Whether for small-scale well drilling or large infrastructure projects, this system enhances borehole siting quality management by providing automated data collection, in-depth reporting, and real-time monitoring, ensuring a scientifically validated siting process.

Applications :

Borehole Siting Testing & Monitoring – Conducts precise location assessment, depth analysis, and geological verification.
Borehole Siting Inspection & Assessment – Detects deviations, water table levels, and soil stability to optimize borehole placement.
Borehole Siting Quality Control – Ensures that borehole locations meet engineering and hydrogeological standards.
Borehole Siting Quality Evaluation – Uses real-time data to assess drilling feasibility and site conditions.
Borehole Siting Quality Management – Automates site selection analysis, data logging, and compliance reporting.

Features :

High-Precision Borehole Siting Monitoring – Uses ultrasonic sensors for accurate borehole location validation.
Real-Time Borehole Siting Assessment – Provides instant geological feedback, allowing for informed siting decisions.
Advanced Data Management & Quality Control – Supports automated testing, cloud-based reporting, and compliance tracking.
Adaptable for Various Geological Conditions – Works in rocky, sandy, and clay-rich terrains, ensuring optimal site selection.
User-Friendly & Portable Design – Wireless operation with a touchscreen interface for ease of use in the field.
Durable & Reliable for Industrial Use – Engineered for harsh environmental conditions, ensuring consistent and accurate results.