GE Healthcare 8-Channel Neurovascular Phased Array Coil (8ch NeuroVascular Array)

GE Healthcare 8-Channel Neurovascular Phased Array Coil (8ch NeuroVascular Array)

¥30,000.00
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GE Healthcare 8-Channel Neurovascular Phased Array Coil (8ch NeuroVascular Array)

GE Healthcare 8-Channel Neurovascular Phased Array Coil (8ch NeuroVascular Array)

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Medical Device Name: Neurovascular Phased Array CoilBrand: GE HealthcareCompatibility: GE Signa Series 1.5T MRI SystemsCondition: Used / Pre-OwnedAvailability: Good working condition

GE Healthcare 8-Channel Neurovascular Phased Array Coil (8ch NeuroVascular Array)

Key Specifications:

· Type: 8-channel phased array receive coil, designed for use with GE 1.5T Signa Series MRI systems (including Excite, HDx, HDxt platforms, etc.).

· Note: The marking “RCH NeuroVascular Array 8ch (0.0T)” on the label is a printing/labeling error; this coil is intended for 1.5T field strength systems.

Core Clinical Applications:

1. High-Resolution Brain Imaging: Delivers detailed visualization of the brain parenchyma, cerebellum, and cranial structures for the evaluation of tumors, infarcts, inflammatory conditions, and other pathologies.

2. Neurovascular Imaging (MRA/TOF): Provides clear depiction of the Circle of Willis and intracranial vasculature, supporting the screening and assessment of aneurysms, vascular stenosis, and arteriovenous malformations.

3. Extended Head & Neck Imaging: Suitable for imaging of the cervical spine, neck soft tissues, and brachial plexus.

Key Advantages:

· The 8-channel phased array design offers high Signal-to-Noise Ratio (SNR) for exceptional image clarity, while enabling faster scan times when used with parallel acquisition techniques.

· Ergonomic, patient-friendly design that conforms to head and neck anatomy, with integrated head fixation mechanisms (visible in the image) to minimize motion artifacts and improve patient comfort.

Use Case: Primarily deployed in hospital radiology departments and imaging centers for neurological and vascular studies, serving as a critical component for advanced brain imaging on GE 1.5T MRI systems.