Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls
  • Load image into Gallery viewer, Mira 3D PRO Tomographer - Hylec Controls

Mira 3D PRO Tomographer

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MIRA 3D PRO: Advanced 3D Ultrasound Tomographer

The MIRA 3D PRO is an enhanced version of the renowned MIRA Ultrasound Tomographer, designed for high-precision 3D imaging of internal defects in concrete elements. Utilising ultrasonic pitch-catch technology, this system employs an antenna array of active dry point contact (A-DPC) transducers that emit shear waves into the concrete, enabling deeper penetration for accurate defect detection.

 Controlled wirelessly via a smartphone, the 4x8 transducer array captures data and generates 2D images of internal interfaces. These images can be compiled into a complete 3D reconstruction, viewable on the smartphone or exported to a PC using IntroView software for detailed analysis and reporting.

A key innovation of the MIRA 3D is its Full-Matrix-Capture (FMC) mode, which captures data from each transmitter-receiver combination in the antenna array, offering real-time, true 3D tomography for each measurement position.

Applications

  • Concrete thickness measurement
  • Detection of voids in grouted tendon ducts
  • Identification of poor-quality bonds in overlays and repairs
  • Detection of delamination
  • Detection of voids and honeycombing in concrete members
  • Assessment of voids behind tunnel linings and underground slabs
  • Capable of detecting steel reinforcement (though not its primary function)
  • For enhanced scan coverage, the active aperture can be extended by synchronising a second antenna array, creating the MIRA 3D PRO system.

Key Specifications

  • Transducers: Active dry point contact (A-DPC) shear-wave transducers with wear-resistant ceramic tips
  • Antenna Array: 32 transducers, spring-loaded for irregular surfaces, extendable to 64 transducers (MIRA 3D PRO)
  • Frequency: 10 to 100 kHz (Nominal: 50 kHz)
  • Dimensions & Weight: 200 x 125 x 100 mm, 3.5 kg (MIRA 3D); 400 x 125 x 100 mm, 5.6 kg (MIRA 3D PRO)
  • Testing Depth: 20 to 3,000 mm (MIRA 3D); 20 to 4,000 mm (MIRA 3D PRO)
  • Battery Life: 10 hours
  • Operating Conditions: -10°C to 50°C, <95% RH
  • Error Margin: ±(0.05 ∙ H + 10), where H is the measured depth
  • The MIRA 3D PRO offers unparalleled versatility for concrete inspection, providing comprehensive 3D data to support better decision-making in infrastructure assessment.