Note: All Veinlite products are not returnable
The fiber optic Veinlite has quickly become the gold standard for imaging and mapping varicose vein prior to treatment. Its bright 150 watts halogen light and side-transillumination method provides uniform transillumination of the skin anywhere on the body. A large C-shaped ring shows large areas of superficial venous network associated with spider veins and telangiectesia.
Veinlite Applications
- Mapping of varicose veins
- Finding reticular feeder veins
- Imaging of the network of varicose veins prior to treatment.
Patented Side-Transillumination* Technology
Side-Transillumination provides uniform illumination and visualization of unprecedented clarity. Light generated by a halogen bulb travels though a high-quality fiber into the Veinlite ring, where it is directed into the skin at an angle so that it is concentrated in a bright spot under the skin. The bright spot behaves like a virtual light source below the skin that transilluminates the open area within the ring. Superficial blood vessels are seen with high clarity and networks of varicose veins can be examined in detail.
The Components
The Veinlite comprises a halogen light source, a high-quality fiber optic cable, and a patented ring illuminator for side-transillumination. The light source uses a 150 watts halogen bulb and has a potentiometer allowing you to adjust to the desired illumination intensity.
Guiding the Light
The halogen light light is channeled through a flexible fiber optic guide to the specially designed light ring where it is directed into the skin with minimal light loss.
Specifications:
| Light Ring & Source |
Value |
| Ring Top Diameter (outer) |
62 mm |
| Ring Top Diameter (inner) |
46 mm |
| Ring Bottom Diameter (inner) |
36 mm |
| Fiber Taper Angle |
45 degrees |
| Light Window Width |
0.5 mm |
| Fiber Optic Length |
6 feet |
| Light Source Power |
150 Watts |
| Power Output Adjust |
Rheostat continiously variable |
| Input Voltage |
110 or 220 volts AC |
| Approximate Color Temp |
3250 degrees (@ max level) |