AngE Basic ABI

Simultaneous ABI with PPG
in under 2 minutes

AngE™ Basic ABI - EN – 1.69 MB

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More than

30 Years

of Experience
More than

30 Years

of Experience

ABI, TBI, Toe Pressure and PWV

Multiple arterial and venous parameters within one mobile system. The Swiss Army Knife of vascular tests.

Simultaneous Left and Right

Compare PPG Pressures on both sides at the same time in under 2 Minutes.

Mobile USB-Powered Device

Simply plug in to the USB port of a computer, open the easy-to-use software and start the test.

Upgradable for Venous Tests

The system can be updated to perform Venous Function/Reflux Tests for Varicose Vein assessment. Learn more >

ABI, TBI and more

Left and Right simultaneous PVR in under 2 Minutes

Apply optical sensors (PPG) and pressure cuffs (inflated with manometer) on all limbs to determine pressures and pulse waves. The ABI and TBI will be automatically calculated after the test.

What's in the Box:

AngE Phlebo PPG + Software*

Manometer

Upper Arm, Ankle and Toe Cuffs

Carrybag

One-Page Report

After the 2-minute test, all parameters can be printed on single-page PDF report.

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Optical Pulse Oscillography on Fingers and Toes

Assess Microcirculation for effective evaluation of arterial circulatory disorders, such as Raynaud's Syndrome or TOS.

Photoplethysmography (PPG) with Optical Pulse Oscillography (OPO) allows to determine the patient's arterial microcirculatory blood flow in toes and fingers.

It therefore makes rapid examinations of TOS (Thoracic Outlet Syndrome) as well as the conduction of Toe Pressure measurements, Raynaud Syndrome studies, and more, possible.

The high sensitivity of the optical sensors allow for a good documentation of the pulse waves, even with marginal blood flow. Given the virtually unfiltered display of pulse curves, dicrotic waves can be clearly identified for healthy and elastic arteries.

Dr. Alfred Obermayer
Head of Institute of Functional Phlebologic Surgery, Karl Landsteiner Society

Temperature Probes

Measurement probes on both sensors sense and compare the patient's skin temperature during the measurement.

DICOM / HL7 Compatible

AngE Basic ABI comes with a sophisticated software featuring patient management, measurement analysis, DICOM/HL7 interfaces and much more.

Exercise Stress-Tests

Use the build-in comparison tool for Exercise Stress-Test to detect differences pre and post provocation.

Palmer Arch / Allen Test

AngE Basic ABI is configurable to perform palmer arch studies for accurate Dialysis Shunt assessment.

Comparison Pre- and Post Intervention

The easy to use software allows for direct comparisons pre- and post-intervention.

Upgradable for Chronic Venous Insufficiency (CVI)

The system can be updated to perform Venous Function/Reflux Tests for Varicose Vein and Venous Valve assessment. Learn more >

Your Advantages with AngE™ Basic ABI

AngE™ Basic ABI

Manual ABI

Systolic Pressures

Simultaneous recording

Left/Right Amplitude Comparison

Pulse Wave Velocity (PWV)

Venous Tests upgradable

Patient Management

PDF Report

DICOM / HL7 compatible

2 Minute Procedure

Upgradable with AngE™ ABI+

Use your AngE™ Basic ABI with the AngE™ ABI+ 4-channel compressor measuring cuffs to perform automated ABI tests and much more.

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AngE™ Basic ABI

AngE Pro 4

AngE™ ABI+

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<!--* Exclusive of Tax and Customs Fees. Limited offer, only while supplies last. Conditions apply:
--> * AngE Phlebo is a 2-probe infrared device powered by its USB port. A computer with available USB port, operated with Windows 10, Windows 11 or macOS is required for operation. Computer not included. More information.

CE-marked device: Our AngE products comply with the requirements of RoHS 2011/65/EC and Annex IV of the Medical Device Directive 93/42/EC. More information. Personal face-to-face training is required before operating this device.

References

1. Interrater and intrarater reliability of photoplethysmography for measuring toe blood pressure and toe- brachial index in people with diabetes mellitus. (Scanlon C. et al. 2012)

2. Photoplethysmography detection of lower limb peripheral arterial occlusive disease: a comparison of pulse timing, amplitude and shape characteristics. (Allen J et al. 2005)

3. Photoplethysmography can replace hand-held Doppler in the measurement of ankle/brachial indices. (Whitely MS et al. 1998)

4. Effects of isokinetic calf muscle exercise program on muscle strength and venous function in patients with chronic venous insufficiency. (Ercan et al. 2018)

5. How posture influences venous blood flow in the lower limbs: results of a study using photoplethysmography. (Lastowiecka-Moras 2017)

6. An evaluation of the lower extremity muscle strength of patients with chronic venous insufficiency. (Cetin et al. 2016)

7. Risk factors for chronic ulceration in patients with varicose veins: a case control study. (Robertson et al. 2009)


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