What are UVlasersused for

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Ultravioletlaser wavelength

The short wavelength translates to a small spot size, which in turn means great spatial resolution. UV lasers can also cut and mark with almost no thermal distortion. What’s more, they are compatible with a plethora of materials. All this combines to make them the go-to laser for sensitive high-precision applications.

Ultraviolet lasersfor sale

Inclusion Criteria:* males \>18 years old suffering from any cause moderate to severe erectile dysfunction (e.g. ED after radical prostatectomy and/or radiation therapy for prostate cancer and or other pelvic malignancies affecting the sexual potency; emotional and psychological ED; organic vascular and/or metabolic ED etc.)* having a female partner willing to participate in the studyExclusion Criteria:* not willing to attempt sexual vaginal intercourse with their partner* inability to wear/operate the external penile device for any reason

Stanford University School of Medicine 300 Pasteur Drive Stanford, CA 94305 Satvir Basran 650-723-0948

On the flip side, getting a UV laser up and running has required some hard work from the scientific and engineering community.

First of all, the optics required are very special, because UV light quickly degrades traditional optics and is very sensitive to defects. Not to mention that generating a laser beam of UV wavelength is a challenge in and of itself. A problem to which the world has found 2 distinct solutions.