Improved surgical insight.
Only MiraQ™ combines imaging & flow.

Embrace the power of integrated insight. Seeing beyond the surface with high-frequency ultrasound imaging (HFUS) and measuring beyond the numbers with transit time flow measurement (TTFM) leads to improved outcomes, setting a higher standard in surgical excellence.

Surgical precision

Our technology can help ensure improved surgical outcomes during Cardiac, Vascular and Transplant surgery  

Adding imaging to TTFM is like...

...combining the clarity of a map with the precision of GPS, ensuring surgeons navigate complex procedures with accuracy.

Combining TTFM with ultrasound imaging elevates accuracy with real-time information. You receive instant feedback from TTFM's quantitative data and ultrasound's spatial detail.

Only MiraQ combines ultrasound imaging and TTFM in a single system.

Transit Time Flow Measurement (TTFM) - 3 things to know:

Accurate Blood Flow Measurement: TTFM provides precise quantification of blood flow volume in vessels and grafts, important for assessing surgical outcomes.

Real-Time Data: TTFM offers immediate feedback during surgery, allowing for instant decision-making and adjustments.

Reduction of Postoperative Complications: TTFM reduces the likelihood of graft failure and other complications, improving patient outcome.

TTFM + Ultrasound Imaging
= Dual Technology

You're familiar with Transit Time Flow Measurement (TTFM), but when paired with high-frequency ultrasound imaging in MiraQ's integrated system, it transforms standard flow parameters into a comprehensive toolkit—ensuring not just verifiable data, but visual precision for every surgical intervention.

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Application areas

Dive into our resource hubs for Cardiac, Vascular, and Transplant surgery.
Surgical precision

Our technology can help ensure improved surgical outcomes during Cardiac, Vascular and Transplant surgery

Product features

Transit Time Flow Measurement
Transit Time Flow Measurement

Accurate quantification of the real time volume flow.

Ultrasound Imaging
Ultrasound Imaging

High-resolution nearfield images with reusable and sterilizable probe.

AUX/ECG Display
AUX/ECG Display

Connect your AUX/ECG Cable to display.

Pressure Measurement
Pressure Measurement

Connect to your pressure measurement system and display pressure on screen.

Operating Room Integration
Operating Room Integration

Connect to external screens using the display port, and the hospital information systems using the DICOM option.

Customizable and upgradable
Customizable and upgradable

Can be delivered as a 'Flow Only' system, but can easily be upgraded on-site to include an imaging module at a later stage.

Side-by-side comparison
Side-by-side comparison

Compare any measurement against a reference measurement. Store and report the compared results with all values and indexes easily accessible.

Guided workflow
Guided workflow

For a simplified approach using an interactive interface

Ergonomic and spatial design

Spatially efficient design allows for flexible system placement and movement in the operating room.

Ergonomic and spatial design

TTFM – a proven technology

The TTFM principle is based on measuring the difference between upstream and downstream transit time of a wide ultrasound beam. The transit time difference is directly proportional to the blood volume flow. This measurement principle gives an accurate quantification of the real time volume flow the complements the ultrasound imaging.

TTFM technology provides:

  • Objective and reliable data
  • Robustness and user independence
  • Ease of use
Watch how it works

High-frequency ultrasound imaging

Medistim HFUS provides:

  • High-resolution, near field images during surgery
  • Probe head designed for small incisions
  • Reusable and sterilizable probe

Ultrasound imaging generates images by transmitting ultrasound pulses and receiving echoes from the pulses as they travel through the body. The received echoes are used to create and image of the target area. The color flow mode uses the Doppler principle to detect and visualize blood flow. Pulsed Wave (PW) Doppler used the same principle to estimate blood flor velocity.