VASCULAR DOPPLEX ®
HAND HELD DOPPLERS AND PPG SYSTEMS FOR VASCULAR ASSESSMENT
 

Rheo Dopplex II PPG & Doppler System

Multi Dopplex II

Advanced Bi-directional Doppler

Multi Dopplex II Bi-directional Doppler is the most advanced hand held unit in the world. It combines many features and benefits of other models in one powerful unit, providing advanced vascular and obstetric capabilities. It can also be linked to the Dopplex Reporter Software package to provide high quality reports.

Multi Dopplex II Doppler is ideal for physicians, surgeons, wound care clinics, GP's, chiropodists, podiatrists and other clinical specialists e interested in bi-directional flow and waveforms.
 

Applications include:

Super Dopplex II

Bi-directional Doppler
 

Super Dopplex II Bi-directional Doppler combines all the features of traditional Dopplers with bi-directional capabilities, allowing earlier and more sensitive detection of vascular disease. Super Dopplex II Doppler is ideal for GP's, physicians and other clinical specialists wishing to conduct advanced Doppler studies.
 

Applications include:
 

	Arterial and venous flow studies
	Assessment of arterial occlusions and stenoses
	Early detection of venous reflux
	Segmental pressures
	Ankle Pressure Index for leg ulcer management
	Toe pressures for diabetic studies

Mini Dopplex

Non-directional Doppler

Mini Dopplex Non-directional Doppler is a low cost pocket unit providing all the standard features of a traditional Doppler.As one of the family of advanced Dopplex units, it benefits from the same leading technology andManufacturing techniques used in the more sophisticated models to provide the same level of quality, reliability and performance.Intended primarily for vascular use, Mini Dopplex Doppler can be used with the widest range of both vascular and obstetric probes for cost-effective examinations. The Mini Dopplex is ideal for community nurses in their role of leg ulcer management.

Applications include:
 

	Ankle Pressure Index
	Segmental pressure studies
	Toe pressures for diabetic studies

Dopplex Reporter Software package
 

Dopplex Reporter Package is a unique vascular reporting software package for use in conjunction with the Rheo Dopplex II, Multi Dopplex and Maxi Dopplex units. It enables complete vascular studies to be undertaken and saved in a patient database, and provides full page documented hard-copy printouts. It is easily installed and does not require any modification to your computer.

Applications available in version 3 include:
 

	Upper & lower limb arterial pressure and flow studies
	Lower limb venous studies
	Extracranial blood flow studies
	Penile pressure & flow studies
	Podiatry & chiropody studies
	Pre/post op and exercise studies
	PPG venous studies (Rheo only)
	Doppler waveform parameter calculations
	Compatible with Windows 3.1, 95, 98 and is year 2000 compliant.

Dopplex Printa II package

Dopplex printa II Package is a portable, mains/battery thermal printer for use with the Rheo    Dopplex II, multi Dopplex II and the Maxi Dopplex desktop Doppler
 

Applications include:
 

	Printout of PPG curves and calculations (Rheo only). Documentation of bi-directional  Doppler waveforms
	Portable screening for arterial and venous disease

The Maxi Dopplex 200
 

The Maxi Dopplex 200 is an advanced desktop bi-directional Doppler for Vascular Assessment. It operates on mains power or integral battery and is compatible with the widest range of vascular probes. Ideal for use in a hospital, and is compatible with Dopplex Reporter
 

The Dopplex assist Range:

TECHNICAL INFORMATION

References
 

	Tan Y, Da Silva AF, Digital photoplethysmography in the diagnosis if suspected lower limb DVT. euro journ of vasc and Endovasc surg. 1999 18:1, p71-79
	McEnro. CS, O'Donnell Thf, Mackey WC. Correlation of clinical findings with venous hemodynamics in 386 patients with chronic venous insufficiency. AmJ. Surg 1985; 156:148-52
	Neumann H.A.M., Boersma IDS. Light Reflection Rheography - A Non-invasive Diagnostic Tool for Screening for venous Disease. J. Dermatol Surg Oncol. 1992; 18: 425-430