The VeinGogh Ohmic Thermolysis System provides a superior solution for the treatment of fine telangiectasia, spider veins and small angiomas, especially recalcitrant vessels that have shown a resistance to sclerotherapy, laser or IPL treatment.
VeinGogh is the fast, easy way to reliably treat these and other cosmetically unacceptable conditions, often with less discomfort compared to older therapies.
VeinGogh uses a hair-thin, insulated probe to thermocoagulate and instantly eliminate vessels dependably, repeatably, on any skin-type and on any part of the body.
Before
Immediate Post
1 Week Post
4 Week Post
How does it work?
Ohmic thermolysis is the process of using electrical resistivity to selectively thermocoagulation small, cosmetically unacceptable blood vessels, including telangiectasia and spider veins. Using proprietary Microburst Technology™, the VeinGogh Ohmic Thermolysis System delivers high-frequency energy (4 MHz) to the tip of a hair-thin insulated probe that is inserted gently into the vessel. Microbursts of electrical energy are converted to heat to instantly coagulate the blood and collapse the vessel wall, which later will be absorbed by the body. Because the probe directs the heat downward toward the vessel, the outer layers of the skin are unaffected.
Ohmic thermolysis is the process of using electrical resistivity to selectively thermocoagulation small, cosmetically unacceptable blood vessels, including telangiectasia and spider veins. Using proprietary Microburst Technology™, the VeinGogh Ohmic Thermolysis System delivers high-frequency energy (4 MHz) to the tip of a hair-thin insulated probe that is inserted gently into the vessel. Microbursts of electrical energy are converted to heat to instantly coagulate the blood and collapse the vessel wall, which later will be absorbed by the body. Because the probe directs the heat downward toward the vessel, the outer layers of the skin are unaffected.
Microburst Technology
VeinGogh incorporates Microburst Technology, a powerful and revolutionary frequency regulator that achieves fixed amplitude energy, allowing controllable heating of vessels without significant discomfort or visible damage to the surrounding tissue. Microburst Technology allows the VeinGogh to deliver peak modulation—fixing each pulse at an exact, unfluctuating amplitude for greater control. The resulting pulse train also encompasses sharp, precise peaks rather than a flat energy profile to minimize the risk of damage and deliver consistent results.
VeinGogh incorporates Microburst Technology, a powerful and revolutionary frequency regulator that achieves fixed amplitude energy, allowing controllable heating of vessels without significant discomfort or visible damage to the surrounding tissue. Microburst Technology allows the VeinGogh to deliver peak modulation—fixing each pulse at an exact, unfluctuating amplitude for greater control. The resulting pulse train also encompasses sharp, precise peaks rather than a flat energy profile to minimize the risk of damage and deliver consistent results.
In addition, each VeinGogh pulse is delivered only when the user depresses the foot pedal. Combined with Microburst Technology, VeinGogh easily prevents the collateral damage caused by the continuous flow of current deployed by older technologies.
How does it work?Ohmic thermolysis is the process of using electrical resistivity to selectively thermocoagulation small, cosmetically unacceptable blood vessels, including telangiectasia and spider veins. Using proprietary Microburst Technology™, the VeinGogh Ohmic Thermolysis System delivers high-frequency energy (4 MHz) to the tip of a hair-thin insulated probe that is inserted gently into the vessel. Microbursts of electrical energy are converted to heat to instantly coagulate the blood and collapse the vessel wall, which later will be absorbed by the body. Because the probe directs the heat downward toward the vessel, the outer layers of the skin are unaffected.Microburst TechnologyVeinGogh incorporates Microburst Technology, a powerful and revolutionary frequency regulator that achieves fixed amplitude energy, allowing controllable heating of vessels without significant discomfort or visible damage to the surrounding tissue. Microburst Technology allows the VeinGogh to deliver peak modulation—fixing each pulse at an exact, unfluctuating amplitude for greater control. The resulting pulse train also encompasses sharp, precise peaks rather than a flat energy profile to minimize the risk of damage and deliver consistent results.In addition, each VeinGogh pulse is delivered only when the user depresses the foot pedal. Combined with Microburst Technology, VeinGogh easily prevents the collateral damage caused by the continuous flow of current deployed by older technologies.
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