Wuhan Dimed Laser Technology Co., Ltd
Dimedlaser - Proffessional Manufacture Of Medical Lasers
|Place of Origin:||China|
|Model Number:||CHERYLAS 30W 940NM|
|Minimum Order Quantity:||1 set|
|Packaging Details:||Waterproof aluminum wheel case with carton box|
|Delivery Time:||About two weeks after payment|
|Payment Terms:||T/T, Western Union|
|Supply Ability:||50units per month|
|Laser Type:||GaAlAs Diode Laser||Wavelength:||650nm / 810nm / 940nm / 980nm|
|Maximum Power:||30W||Operation Mode:||CW, Single Or Repeat Pulse|
|Package:||Aluminum Wheel Case||Warranty:||Two Years|
Venulectasias / Spider Vein Removal Machine - Portable laser Device
Spider veins, also known medically as telangiectasia or venulectasias, are tiny red, blue or purple thread-like veins near the surface of the skin that often take on the appearance of a spider's web. These perpetually dilated and visible veins, caused by increased pressure to the veins, can develop on any part of the body, including the face, but most often appear on the thighs, calves, ankles or buttocks.
The gold standard treatment for Spider vine is laser therapy.
Spider Vein Treatment
Which is done in a doctor's office or clinic and under local anesthesia, usually takes less than an hour. The procedure uses a focused beam of light to target the vein that is selected for treatment, and because the beam is focused it is careful not to affect nearby skin, tissue and veins. As the laser heats up the vein is destroyed, then, over a period of four to six weeks, the vein is reabsorbed by the body and disappears.
The most common laser used to treat spider veins is the CHERYLAS Diode laser system.
|Laser Type||GaAlAs Diode Laser|
|Wavelength||810nm/ 940nm/980nm/ 1210nm/ 1470nm|
|Maximum Power||15W/ 30W/ 60W|
|Operation Mode||CW, Single Or Repeat Pulse|
|Pulse Duration||10us- 3s|
|Repetition Rate||0.2Hz- 50KHz|
|Pilot Beam||Red Diode Laser Of 650nm, Power<5mW|
|Control Mode||True Color Touch Screen|
|Transmission System||Medical Fibers With SMA905 Connector|
The CHERYLAS laser pierces the skin and penetrates the superficial blood vessel. The heat generated from the laser coagulates the blood inside the vessel, causing it to collapse and seal. Over the next few weeks, the vessel will disappear and all the blood will be removed by the body's scavenging cells. The newer laser treatments allow the delivery of a precise dosage of energy to each blood vessel without injuring any nearby structures.
Advantages of laser