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Newman Medical simpleABI Automated Cuff-Link System, single and multi level studies configuration with stress studies upgrade
Newman Medical simpleABI Automated Cuff-Link System, single and multi level studies configuration on roll stand
Newman Medical simpleABI Automated Cuff-Link System, single level studies configuration with stress studies upgrade
Newman Medical simpleABI Automated Cuff-Link System, single level studies configuration on roll stand
Newman Medical simpleABI single level ABI report displayed on a tablet
Newman Medical simpleABI Automated Cuff-Link System, single and multi level configuration in clinical use
Newman Medical simpleABI Automated Cuff-Link System in clinical use
Newman Medical simpleABI Automated Cuff-Link System in clinical use
Newman Medical simpleABI Automated Cuff-Link System in clinical use

Newman Medical simpleABI Automated Cuff-Link System

  • Study level

  • Exercise protocol *Treadmill NOT included*

Price Regular price $6,539.51 Sale price $5,935.55 Save $603.96

Worldwide Delivery

30 Days Easy Return

Quality Checked

Product Details

The simpleABI Automated Cuff-Link System is a PC-based vascular testing workstation for diagnosing peripheral artery disease.

It uses continuous-wave Doppler ultrasound — the AHA/ACC gold standard for PAD diagnosis — together with pulse volume recording waveforms, and automates cuff selection, inflation and deflation so results stay consistent from one operator to the next.

The system runs multiple exam types on one workstation, from ABI-Q PVR screening through multi level Doppler ABI to exercise and treadmill stress testing. Choose the configuration that matches your practice.

With the simpleABI Automated Cuff-Link System, accurate full-page reports are quickly produced with the necessary documentation for reimbursement. The exam is made easy by following the report being generated on the computer screen, eliminating the need for memorizing complex menus or protocols. Since the system automatically generates the report, there is no need for secondary downloading steps to store, print or share the results.

Choose your configuration

Two choices build your system: study level and exercise protocol.

Study level

Single level studies — for diagnosing the presence of obstruction and confirming a diagnosis of PAD. Runs on a four-port cuff selector.

Single and multi level studies — adds segmental studies for determining where the obstruction sits (aortoiliac, femoral, popliteal, tibial), which guides treatment planning, interventional decisions and follow-up after revascularization. It is fully aligned with AHA/ACC guidelines. Runs on an eight port cuff selector, so several cuffs stay connected at once and nobody has to swap lines mid-exam.

Exercise exams

Around 30 percent of patients with symptoms of PAD test normal at rest but abnormal after exercise, so an exercise study catches disease a resting study misses.

Functional Maneuvers — a post-exercise ABI performed table-side, with no gym or exercise equipment needed.

Functional Maneuvers and Stress Testing (treadmill not included) — while resting and post-exercise ABI confirm the presence of PAD, the added stress test exam quantifies how much the disease is limiting the patient. Maximum walking time, the point at which claudication begins, and the time required for pressure to recover after stopping all provide objective functional data that resting exams cannot.

Clinical applications

  • PAD diagnosis and confirmation, and baseline vascular assessment in at-risk patients
  • Diabetic patient vascular evaluation, including calcified and incompressible arteries
  • Wound care and limb preservation programs
  • Primary care and podiatry screening, with rapid screening and Doppler confirmation on one device
  • Symptomatic patients and claudication evaluation — on stress testing configurations
  • Pre-interventional planning and post-procedural follow-up — on multi level configurations, where localizing the affected segment is what guides the decision

Doppler and probes — the Doppler is built into the control unit and has the sensitivity and audio response to let you hear blood flow sounds quickly and clearly, through a high-fidelity speaker with a smooth, rich response across the whole range of Doppler sounds.

Automated Cuff-Link systems include an 8 MHz probe and an SPPG probe. All probes are interchangeable and work on every Cuff-Link system, with a smooth contour that is comfortable to hold, comfortable for the patient and easy to clean.

Additional probes available:

  • 5 MHz probe — deep penetration for the femoral, popliteal and brachial arteries and for deep veins. Available separately.
  • SteadyDop probes — wide-angle versions of the 5 MHz and 8 MHz probes, which makes vessels easier to locate. Available separately.

Seamless EMR integration — reports can be printed on any standard printer or saved as PDF/TIFF files for easy attachment to EMR patient records.

Interested in DICOM connectivity? Call us at 800-675-1202 or email info@morningsidemedical.com for more information.

Accessories and supplies

Replacement cuffs, Cuff-Link tubing, ultrasound gel, carry bags and additional probes are listed in our ABI supplies collection.

Available Reports

Available exams by study level configuration

Sample report Exam description Single level studies Single and multi level studies
Rapid ABI-Q exam Pneumatic cuffs are placed on both ankles. The system records pulse volume recordings from each ankle simultaneously, which takes one to two minutes. A proprietary algorithm analyzes waveform morphology and outputs a clear PAD present / absent assessment.
ABI: the gold standard for PAD Four cuffs are placed bilaterally on both arms and both ankles, with the patient supine and rested. The system inflates all cuffs and captures systolic pressures and PVR waveforms at each site. Software calculates bilateral ABI ratios and generates a full-page report with waveforms, pressures and interpretation guidance. A ratio below 0.90 is diagnostic for PAD.
ABI with Toe Arm and ankle pressures are captured first. If ankle pressure exceeds 200 mmHg or the ABI exceeds 1.40, TBI is indicated. Small digit cuffs are placed on both great toes and the PPG photoplethysmography probe captures toe arterial pulses. Software calculates the toe brachial ratio and generates a combined ABI and TBI report with waveforms and interpretation.
Seated ABI An ABI exam is generally done with the patient supine. Where it is difficult for the patient to lie down, the exam can be taken with the arm and ankle cuffs at different heights. A guide is supplied for correcting the pressure difference on a seated ABI.
Three cuff Segmental Three cuffs are placed bilaterally at the thigh, calf and ankle, with the Doppler probe positioned at the ankle (posterior tibial). Each cuff level is inflated and deflated in sequence, and pressures and PVR waveforms are captured at all three levels. Software calculates the pressure drop between levels; a gradient greater than 20 mmHg between adjacent segments indicates occlusion at that level.
Three cuff Segmental with Toe The three cuff segmental study with digit cuffs and the PPG probe added at both great toes. Pressures and PVR waveforms are captured at all three segmental levels and toe pressures are recorded via PPG photoplethysmography. The report combines three-level pressure gradient analysis with TBI, for patients whose ankle vessels are calcified and an ankle pressure cannot be obtained.
Four cuff Segmental Four cuffs are placed bilaterally at the high thigh, low thigh, calf and ankle, with the Doppler probe at the posterior tibial artery. Each cuff is inflated and deflated in sequence and systolic pressure and PVR waveform are captured at all four levels on both sides. Software maps the pressure gradient across all four segments, showing which level carries hemodynamically significant disease.
Four cuff Segmental with Toe Four bilateral segmental cuffs at the high thigh, low thigh, calf and ankle, with digit cuffs and the PPG probe at both great toes. Pressures and PVR waveforms are captured at all four segmental levels and toe pressures are recorded via PPG photoplethysmography. The report combines four-level pressure gradient analysis with TBI, delivering a complete picture from proximal to distal.

✓ available · — not available on that configuration.

Available exams by exercise configuration

Exam Exam description Functional Maneuvers Functional Maneuvers and Stress Testing
(treadmill not included)
ABI with exercise A standard resting ABI is captured with all cuffs in place, serving as the pre-exercise baseline. The patient then performs provocative functional maneuvers such as dorsiflexion, heel raises or hall walking, until claudication onset or a set time limit. No treadmill is required. Cuffs remain in place and immediate post-exercise readings are taken and tracked over recovery, documenting the pressure drop and the recovery time.
ABI stress treadmill A full bilateral resting ABI with PVR waveforms is captured before the patient begins walking, establishing the pre-stress baseline. The patient walks at a defined speed and incline while staff record maximum walking time, onset of claudication symptoms and the reason for stopping. Post-treadmill ABI is captured at 1, 3, 5 and 10 minutes after stopping, and the pressure recovery curve and recovery time are documented in the full report.

✓ available · — not available on that configuration.

Key Features
  • Continuous-wave Doppler ankle brachial index with toe brachial index
  • Automated cuff selection, inflation and deflation through Cuff-Link technology
  • Integrated rapid PVR screening exam for Doppler-free assessment of calcified or incompressible arteries
  • Consistent, repeatable results across different operators
  • Report builds on screen during the exam — no strip-chart paper, no secondary data transfer
  • Short staff training and re-training time — no menus or protocols to memorize
  • Drop-down ICD-10 codes and interpretation of results on every report
  • Segmental configurations localize disease to a limb segment rather than only detecting it
  • Seated ABI protocol on every configuration for patients who cannot lie flat
  • Compact workstation footprint designed for in-room use
  • Designed and manufactured in the United States, near Denver, Colorado
What You Get
  • The Cuff-Link main control — an integrated speed machine. One box holds the cuff selector, interchangeable Doppler probes, pressure sensors, the pump and the control software. That integration is what makes the exam faster and easier to perform, and what takes the costly errors out of it.
    • Single level studies: four port cuff selector
    • Single and multi level studies: eight port cuff selector
  • The Cuff-Link remote — steps the operator through the exam with push-button simplicity.
    • Move easily from one measurement site to the next
    • Large, easy to read display of the current cuff pressure
    • Push-button inflation
    • Automated cuff deflation, which is what keeps pressures accurate
    • One-button waveform creation
  • Doppler and probes — the Doppler is built into the control unit, and all probes are interchangeable and work on every Cuff-Link system, with a smooth contour that is comfortable to hold, comfortable for the patient and easy to clean.
    • 8 MHz probe — especially sensitive to vessels near the surface: the radial, posterior tibial and dorsalis pedis arteries.
    • SPPG probe — produces photoplethysmography waveforms during toe brachial index studies, which is what you need when the ankle arteries are calcified or occluded.
  • Magnetic probe holder — cradles the probe without cracking or breaking, with an open design that does not gather dirt, gel or germs
  • EZ-Clean Vasocuffs — washable soft material over a non-latex bladder, long enough to completely encircle the limb.
    • Single level studies: six cuffs — two 10 cm, two 12 cm and two 1.9 cm disposable digit cuffs
    • Single and multi level studies: ten cuffs — two 10 cm, four 12 cm, two 12 cm long and two 1.9 cm disposable digit cuffs
  • Height-adjustable roll stand — wide five-legged anti-tip base, mounting plate for the computer and control unit, hooks for the hoses and a basket for cuffs and gel
  • Laptop with simpleABI software — no separate step to download the data.
    • Indices are calculated automatically, which takes a whole class of error out of the exam
    • Every exam is stored automatically with a timestamp
    • Your practice logo and contact information print on the report
    • Your physicians, operators and interpreters sit on editable drop-down menus
    • Drop-down ICD-10 codes
    • Interpretation of results is shown on the report
    • Reports save in the format you need: PDF, TIFF, CSV, BMP or JPG
  • User manual and training

A treadmill is not included with any configuration.

Warranty

What happens if it breaks?

Manufacturer’s warranty: Every simpleABI system carries a comprehensive 2-year warranty covering all parts and labor, including the Cuff-Link control unit, probes and cords.

Newman Medical also extends a 60-day satisfaction guarantee.

Morningside Medical Equipment General Refund Policy: There is a 30-day Return Policy (from the date of delivery) for all supplies and products purchased through our online store. These items must be unopened, unused, and in the original manufacturer packaging. Unfortunately, no returns will be accepted if used or damaged, or after the 30-day period. Customers are responsible for all shipping charges associated with the return. Initial shipping charges will not be refunded, and a 15%-20% restocking fee could be applied depending on the product.

See our terms and conditions for more information: www.morningsidemedicalequipment.com/terms-and-conditions

Product Specifications
Physical
Height, system on stand 107 cm (42 inches)
Weight, system on stand 5.5 kg (12 pounds)
Shipping weight 36 lb
Shipping carton 20 x 20 x 26 inches
Power
Battery life 10 hours
Operating environment
Temperature 10 to 40 °C (50 to 104 °F)
Relative humidity 30% to 75%
Transport and storage
Temperature -20 to 50 °C (-4 to 122 °F)
Relative humidity 5% to 90%, non-condensing
Compliance
Level of protection Type B applied part, Class II equipment
Design standards IEC 60601-1, IEC 60601-2, IEC 60601-2-37
Origin
Country of manufacture United States

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