Leica IDS C-thrue Concrete Scanner
The Leica IDS C-thrue Concrete Scanner is an advanced non-destructive testing system designed for precise and reliable subsurface inspection of concrete structures. It enables construction professionals, engineers, and inspection specialists to detect reinforcement, embedded utilities, and structural anomalies within concrete before drilling, cutting, or renovation work. With its innovative radar technology and user-friendly interface, the C-thrue scanner provides high-resolution imaging to support safety and efficiency on construction sites.
Overview of Leica IDS C-thrue Concrete Scanner
The Leica IDS C-thrue combines ground-penetrating radar technology with real-time data visualization to deliver comprehensive insights into concrete structures. Its design emphasizes portability and ease of use, allowing inspectors to operate efficiently across different site conditions. The system provides both plan-view and depth-view imaging, helping professionals understand the internal composition of concrete with clarity and confidence.
Purpose and Capabilities
The primary purpose of the Leica IDS C-thrue is to offer detailed information about internal concrete elements such as steel reinforcement, post-tension cables, conduits, and voids. By providing accurate subsurface detection, the scanner reduces the risk of accidental damage during construction activities and ensures proper planning for structural interventions.
Radar Technology and Scanning Performance
The Leica IDS C-thrue employs advanced ground-penetrating radar optimized for concrete inspection. This technology delivers precise imaging and supports detection in densely reinforced or complex structures, making it suitable for both new construction and renovation projects.
High-Resolution Subsurface Imaging
The system generates high-resolution images that allow users to identify rebar, conduits, and other embedded objects with clarity. Depth information and spatial accuracy enhance structural evaluation and planning, improving both safety and workflow efficiency.
Real-Time Data Interpretation
The C-thrue scanner provides real-time visualization of scan results, enabling immediate interpretation on-site. This feature reduces the need for repeated scans and allows inspection teams to make informed decisions without delay.
Applications of Leica IDS C-thrue Concrete Scanner
The Leica IDS C-thrue supports a wide range of applications in concrete inspection, structural evaluation, and maintenance planning. Its versatility makes it suitable for commercial, industrial, and infrastructure projects.
Reinforcement Detection and Layout Verification
Professionals use the scanner to detect reinforcement and verify its placement within slabs, walls, beams, and columns. Accurate reinforcement mapping ensures safe drilling, cutting, or coring while minimizing the risk of structural compromise.
Structural Assessment and Quality Control
The C-thrue assists in evaluating concrete thickness, identifying voids, and detecting anomalies that may affect structural integrity. These capabilities support quality assurance, renovation planning, and long-term asset management.
System Design and User Experience
The Leica IDS C-thrue is designed for efficient operation on construction sites. Its lightweight, ergonomic design allows users to scan large areas quickly without fatigue. The intuitive interface ensures that even operators with minimal training can conduct reliable inspections and interpret results accurately.
Portability and Practical Deployment
The compact form factor and robust construction of the C-thrue scanner make it ideal for on-site deployment. Professionals can quickly transport the system across multiple inspection areas while maintaining consistent scanning performance.
Benefits of Using Leica IDS C-thrue Concrete Scanner
The Leica IDS C-thrue enhances construction safety and efficiency by providing non-destructive, accurate imaging of concrete structures. It minimizes the risk of damaging embedded reinforcement or utilities, improves planning accuracy, and accelerates inspection workflows. Reliable subsurface insights allow professionals to make informed decisions, reduce errors, and optimize project outcomes.
Specifications :
Antenna Center Frequency
2.0GHz
Number of Antennas
4
Antenna Polarisation
Horizontal and Vertical
Number of Radar Channels
2
Scan Interval
Up to 10 scans/cm
Depth Range
Up to 80cm (up to 31.5in.)
Display Modes
B-scan and C-scan (radar tomography)
Positioning System
“Virtual Pad” (based on 3 High safety – Class 1 laser sensors with reflective bars)
AC Power Conduits Detection
EM Sensor Integrated (50/60 Hz)
Battery
Li-ion Battery, 15V, 3.2Ah, 3-hour runtime
Data Storage
32GB
Connectivity
USB, Wi-Fi
Mechanical Specifications
Dimensions (Length X Width X Height)
285mm X 200mm X 160mm (11.2in X 8.6in X 6.3in)
Weight
2.4kg (5lb) with battery
Display
7.0 inches TFT multi-touch
Environmental Specifications
Operating Temperature
-20°C to +50°C (-4°F to +122°F)
Storage Temperature
-40°C to +60°C (-40°F to 140°F)
Environmental
IP65
Software Specifications
C-Thrue Software
Quick Start-up
Real time radar data acquisition, processing and visualization in B-Scan
Real time feature marking, management and editing tool
Rebar/Void automatic discrimination
VirtualPad – Positioning and navigation system
Visualization of C-scan (radar tomography)
Real time diagnose of radar and the other devices
Metric and imperial units
Availble in more than 20 languages
First rebar layer automatic detection
Automatic job reports
Real time Power conduit sensing display
INCLUDED:
3 x Batteries
1 x Charger
1 x Carry Case
6 x Reflector Grids
1 x Paper Grid
Why Choose Leica IDS C-thrue for Concrete Inspection
The Leica IDS C-thrue Concrete Scanner combines cutting-edge radar technology, high-resolution imaging, and practical usability. It serves as a trusted tool for professionals requiring precise, real-time information about concrete structures. By offering detailed visualization of reinforcement, embedded objects, and structural features, the C-thrue meets the demands of modern construction and inspection projects, ensuring safe and efficient outcomes.
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