Image Monitoring Dolphin 4D and Dolphin IQ

The next generation of Transcranial Doppler (TCD), the Dolphin product family, is the most advanced TCD Transcranial Doppler System on the market today. Offering state-of-the-art technology, these products ensure a fast, easy user interface that consistently produces accurate, reproducible results. The current software — which can obtain accurate velocities from multiple depths in just one screen capture — saves technologists valuable time.

You can also easily manually measure velocities when necessary and use this system confidently knowing its ability to post process, gain, depth, baseline, will enable you to make sure the final report is accurate.

Dolphin diagnostic tools offer:

Advanced Doppler Processing

Spectrum, M mode and sound replay at all depths
Complete raw data to ensure accurate post processing
A velocity profile diagnosis

User-friendly Design

One key operation that’s designed for touch screen
Limitless flexible protocols
A configurable display
Dynamic reporting and language support

A Complete Network Solution

Programmable structured reporting
Network support: DICOM, HL7, GDT, SQL
Unlimited workstations

Contact Nationwide Cardiovascular for a demonstration of the Dolphin products.

Dolphin 4D

Dolphin IQ -PIctured Above on Cart

You can use the VESA mount to mount this all-in-one integrated system on our high end cart or use the built-in stand for mobility.

Dolphin IQ -PIctured Above on Cart

This option includes the same features as the 4D system but also offers a Versa-mounted standalone all in one 21-inch medical grade PC with 6 hour battery back up or a laptop to facilitate portable studies.

TCD Applications Include:

Detecting vasospasm and subarachnoid hemorrhage (SAH)
Viewing and measuring blood flow spectrum associated with arteriovenous malformation (AVM)
Evaluating and monitoring intracranial pressure (ICP) changes
Multi-depth scanning to analyze and evaluate pre- and post-stenotic flows associated with intracranial stenosis
Determining the autoregulatory capacity of cerebral circulation associated with vasomotor reactivity (VMR) and autoregulation
Conducting breath holding tests to evaluate VMR and cerebral autoregulatory capacity
Conducting unilateral and bilateral cerebral blood flow monitoring
Detecting embolic signals in blood flow velocity waveforms to identify cerebral emboli including atherosclerotic plaques, air bubbles, or blood clots
Identifying patent foramen ovale (PFO) via unilateral or bilateral tests
Detecting forward or reverse blood flow in cerebral collateral pathways
Examining and evaluating different stages of brain death
Diagnosing and monitoring sickle cell disease