The CorVascular VasoGuard V-Series offers a wide range of solutions for the diagnosis of peripheral vascular disease. Everything you expect from a PAD testing system can be found in the VasoGuard series and much more. Each system is configured with everything you need and supports a number of specialty tests and user controls. VasoGuard software user interface is extremely friendly yet fully configurable. CorVascular's VasoGuard family is designed to meet all your needs.

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VasoGuard V10

• 10 Independent Pressure Channels
• 3 Doppler Ports
• 10 Simultaneous Calibrated PVRs
• Air Flow Sensors report Volume in each Cuff
• 5 Simultaneous Waterproof PPGs
• New Removable PPG Clip Design
• Detachable Doppler Cable
• And More!

STANDARD WARRANTY:

• 5 Year Bumper to Bumper Warranty
• 5 Years of Accidental Damage Coverage

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10 Independent Pressure Channels

The VasoGuard V10 features 10 individually controlled pressure channels, allowing full limb studies without repositioning cuffs between tests.

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3 Doppler Ports

With three Doppler ports, the V10 enables quick transitions between probes and supports the future of connectivity with our hot-swappable Doppler cables!

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10 Simultaneous Calibrated PVRs

Record all ten Pulse Volume Recordings in real-time with calibrated waveforms, offering a complete picture of arterial flow patterns instantly.

By using calibrated PVRs:

• You get standardized amplitude values that can be compared between limbs, timepoints, or even between patients.
• It enables objective thresholds for diagnosing arterial disease.
• You'll improve limb compliance assessment, giving insights into arterial stiffness or calcification.
• It supports auto-interpretation by reducing variability between tests and operators.

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Air Flow Sensors

Each VasoGuard includes integrated sensors to measure inflation volume, allow clinicians to quantify arterial waveform amplitudes with consistency and accuracy, rather than relying on subjective waveform interpretation. In traditional PVR systems, waveform height is influenced by cuff fit, limb size, and inflation volume — all of which can vary.

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5 Simultaneous Waterproof PPGs

The V10's waterproof PPG sensors allow up to five simultaneous readings, ideal for digit/toe studies and venous exams in diverse clinical settings.

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New Removable PPG Clip Design

Our updated clip design offers improved durability, hygiene, and ease-of-use for frequent PPG testing across multiple patient types.

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Detachable Doppler Cable

The detachable cable makes it easy to store, clean, and replace Doppler components, enhancing flexibility and system longevity.

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5 Year Bumper to Bumper Warranty

Experience Unmatched Peace of Mind with Our 5 Year Bumper to Bumper Warranty! Focus on what matters, not the fine print. When you invest in our systems, you're choosing total protection.

For five full years, EVERYTHING is covered - no exceptions. From the VasoGuard to the air hoses, and everything in between. No hidden clauses, no surprise exclusions. Just comprehensive, hassle-free coverage.

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5 Years of Accidental Damage Coverage

For five solid years, ALL ACCIDENTAL DAMAGE is covered.

Whether it's a spilled drink, a dropped probe, or any other accidental mayhem, your system is guarded against it all.

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CorVascular's VasoGuard Series is DICOM compatible and supports numerous industry standard features:

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• Ankle Brachial Index (ABI) Studies
• Segmental Pressures
• PPG Toe Pressures and Toe Brachial Index Studies (TBI)
• Venous Reflux
• Post Exercise Arterial Testing
• Thoracic Outlet Syndrome (TOS)
• Maximum Venous Output (MVO) / Segmental Venous Capacitance (SVC)

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Ankle Brachial Index (ABI) Studies

An Ankle Brachial Index (ABI) study is a simple, non-invasive test used to assess blood flow in the legs and screen for peripheral artery disease (PAD).

The test compares blood pressure readings in the ankles with those in the arms to identify any circulation issues.

When performed with a sophisticated automated system using PPG (Photoplethysmography), PVR (Pulse Volume Recording), or Doppler technology, the test becomes more accurate and efficient.

These advanced tools allow for precise waveform analysis and pressure measurements, helping healthcare providers quickly detect blockages or narrowing in the arteries.

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Segmental Pressures

Segmental pressure testing helps locate specific areas of arterial narrowing or blockage in the limbs.

By comparing blood pressures at multiple points along the arms or legs, clinicians can pinpoint the location and severity of arterial disease.

When performed with an automated system, segmental testing is fast, reproducible, and provides clear pressure data at various anatomical levels.

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PPG Toe Pressures and Toe Brachial Index Studies (TBI)

Toe Brachial Index (TBI) and PPG Toe Pressure studies are used to assess blood flow in the smaller arteries of the toes, especially when ABI tests are unreliable due to calcified vessels.

These tests are vital for patients with diabetes or advanced PAD.

Using PPG sensors, the system measures toe pressures accurately to help evaluate limb perfusion and risk of ulcers or amputation.

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Venous Reflux

A Venous Reflux study assesses how well the valves in the leg veins are functioning.

It detects backward blood flow (reflux), which can contribute to varicose veins, swelling, and chronic venous insufficiency.

With automated PPG technology, systems provide clear visual feedback and timing data to help diagnose and manage venous disorders.

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Post Exercise Arterial Testing

Post-exercise ABI testing is used when a patient has symptoms of leg pain during activity but a normal resting ABI.

After brief exercise, ABI values are re-measured to uncover exercise-induced drops in blood flow.

This test is particularly helpful for detecting early-stage PAD that may not appear during rest.

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Thoracic Outlet Syndrome (TOS)

TOS testing helps evaluate blood flow changes in the arms during specific arm positions.

The test identifies compression of arteries, veins, or nerves at the thoracic outlet, often causing numbness, tingling, or weakness.

With automated Doppler or PPG systems, providers can visualize waveform changes and assess severity with greater precision.

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Maximum Venous Output (MVO) / Segmental Venous Capacitance (SVC)

MVO and SVC studies measure the volume and flow capacity of leg veins.

These tests assess how well the veins fill and empty, providing insight into chronic venous insufficiency or outflow obstruction.

Using advanced sensors and inflation/deflation protocols, the test delivers valuable data for evaluating venous return and planning treatment.

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Peripheral vascular disease (PVD) is a nearly pandemic condition that has the potential to cause loss of limb or even loss of life. Peripheral vascular disease manifests as insufficient tissue perfusion caused by existing atherosclerosis that may be acutely compounded by either emboli or thrombi. Many people live daily with peripheral vascular disease; however, in settings such as acute limb ischemia, this widespread disease can be life threatening and can require emergency intervention to minimize morbidity and mortality.  

The PVD examination is a reimbursable procedure providing valuable clinical information regarding the physiological and functional severity of vascular disorders. Typical diagnosis includes measurements of segmental systolic blood pressure, Doppler blood flow, pulse volume recording (PVR), and photo-plethysmograph (PPG) recordings. In addition, a variety of specialty tests are available including Post Exercise, Venous Reflux, Thoracic Outlet, and Temperature Studies.

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