VENOLUX
The most powerful handy device for vein transillumination !
PURPOSE
Goal
The goal of the Venolux is to reveal the sub-cutaneoux venous structures layed in the first millimeters of the dermis ( 2 to 3.7mm ).
In Phlebology
Venolux® is effective and specifically adapted to glean information situated more deeply in the dermis, a sort of « missing link » between simple inspection and the findings on ultrasound.
Skin marking before phlebectomies or stripping is notably improved and simplified.
Holding the transilluminator in one hand and a syringe in the other, the technique which can be called transillumination-guided sclerosis or sclerosis under transillumination can be performed.
Thanks to these advances, a new concept in phlebology can be evoked: preventive or prophylactic treatment of varicosities and telangiectases.
Hereunder a French article about :
NEW INVOLVEMENT IN PRACTICE Of the TRANSILLUMINATION in PHLEBOLOGY
SCLEROSIS IN TRANSILLUMINATION; PREVENTIVE SCLEROSIS
Two complementary technics = One complete efficiency.
Because of the technical and practical characteristics of high frequency echography and the effective field of action of transillumination using the Venolux, the two techniques are entirely complementary in the fields of both diagnosis and preoperative marking and of sclerotherapy.
Hereunder a French article about :
TRANSILLUMINATION in PHLEBOLOGY : A STUDY of the DEPTH of PENETRATION of TRANSILLUMINATION ;
MATERIALS, METHODS AND RESULTS
In vascular medicine
The goal is to prevent vascular injuries: hematoma or ecchymosis, due to the accidental injection of the superficial venous system.
Efficiency
VENOLUX has been specially designed for the daily practice in flebology and aesthetic medicine to :
- Have outstanding power in terms of luminosity.
- Have an optimal in-depth penetration capacity.
- Be self contained with an autonomy of a working day.
- Be ergonomic, compact and light for the most convenient use.
- Have a pocket clip.
- Have a 3W LED and 30000 hours lifespan LED.
- Have a 2 hours continuous lighting period