Ultrasound
Subsurface scanning of masonry and metal.
Somewhat different from hospital ultrasounds, our systems are optimized to look through construction materials instead of people.
How Ultrasound Works
Ultrasonic Imaging is an advanced, non-destructive examination technology that is sensitive to small voids, honeycombing, and other structurally significant defects in large concrete structures. aRoboticsCompany's (aRC) Ultrasonic Imaging system is designed for a diverse set of use cases, offering automated ultrasound scanning of structures and assets with unparalleled clarity.
Key Features
• Advanced Imaging: Uses Multi-channel Ultrasonic Pulse Echo technology to provide detailed subsurface imaging.
• Versatile Applications: From void/delamination detection to fiber concrete imaging and thickness measurement.
• Varied Measurement Modes: Line scan, stripe scan, and grid scan to cater to different inspection requirements.
• Remote Operation: Can be operated from a distance using hardline communication to reach difficult spaces.
• Modular Design: Easily swapped with other aRC instruments like impact testing, radar scanning, and infrared.
Technical Specifications
• Bandwidth: 20 - 80 kHz.
• Technology: Multi-channel Ultrasonic Pulse Echo.
• Pulse Voltage (UPE): ±50 to ±150 V.
• Receiver Gain: 1 to 10,000 (0 to 80 dB).
• Measuring Range: Up to 2 m / 6.6 ft.
• Review Modes: A-scan, B-scan, C-scan, various heat maps, optional geotagging.
• Battery Life: All day operation if integrated into an aRC robotic inspection system.
Applications
• Structural Assessment: Detect voids, delaminations, and honeycombing in concrete and cracks in thick steel.
• Maintenance And Repair: Ensure proper bonding and prevent concrete hits when drilling.
• Safety Audits: Imaging closely spaced rebars for corrosion and other potential defects.
• Hazard Analysis: Ensure integrity of nuclear and underwater assets made of steel and reinforced concrete.