Laser and IPL Vein Treatment Prague

Enlarged blood vessels on the face, legs and anywhere else on the body can be  very successfully removed using a high-performance vascular laser. Its beam reacts with haemoglobin producing heat which disrupts the tiny blood vessels causing their subsequent absorption.

Spider veins in the face, on lower limbs or elsewhere on the body may be very successfully removed by the high-performance vascular laser. This technique lies in a directed reaction of the laser beam with red blood pigment, which produces heat and causes the destruction of undesirable catheters.In this way, catheters as thick as 2 mm may be removed. The treatment is also suitable for congenital vascular flat red spots (fires), tiny vascular tumours, red scars and stretch marks (striae). Subsequent skin care following the physicians instructions is an essential part of the procedure, as well as a careful protection against solar UV radiation.

Enlarged blood vessels on the face, legs and anywhere else on the body can be successfully removed using the high-performance vascular laser V-Beam, Candela. This method consists in the laser beam's targeted reaction with haemoglobin, which produces heat and causes the death of unwanted blood vessels. In such a way it is possible to remove up to 2 mm thick blood vessels. Likewise, this treatment is suitable for congenital flat vascular spots (stork bites), small vascular tumours, red scars and stretch marks (striae). An essential part of the procedure is the subsequent treatment of the skin based on doctor's recommendation and consistent protection against solar UV radiation. You might also be interested in the following information: Thermal energy of laser beams penetrating the skin can also be used for  rejuvenation. It consists in warming the skin connective tissue which thus acquires new impulses for its regeneration.   The vascular laser can remove viral warts - higly effective in the treatment of children. In order to increase the comfort of the intervention, the skin is automatically dynamically cooled by a cooling spray at the application point of the laser beam.