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vascular
Application

Vascular Field

vascular-lesions
01
Vascular surgery and interventional therapy are moving towards minimally invasive procedures. The market needs high-power laser systems that can be precisely guided via optical fibers for closing abnormal blood vessels or ablating proliferative tissue within cavities. These systems require stable energy output and controllable action to achieve safe and effective minimally invasive treatment.

Brief Introduction to the Treatment Principle

Laser energy is directly delivered to the target blood vessel or tissue via optical fiber. The 1470nm laser is strongly absorbed by water in the interstitial fluid, producing a uniform heating effect that causes thermal damage and contraction of the entire vascular endothelium and wall, or vaporization of proliferating tissue. The 980nm laser can act on both hemoglobin and water simultaneously, enhancing the treatment effect on richly vascularized tissues.

vascular-surgery

Main Indications

Varicose veins of the lower extremities

Varicose veins of the lower extremities
Vaporization of benign prostatic hyperplasia

Vaporization of benign prostatic hyperplasia
Vaporization of benign prostatic hyperplasia

Vaporization of benign prostatic hyperplasia

solution-Dal

Risu Med Laser Solutions

Risu Med Multi-Wavelength Platform/Dye Laser Handpiece: It provides wavelengths including 585 nm and 1064 nm.

Risu Med Dual-Wavelength System (980 nm): This wavelength can be effectively absorbed by hemoglobin.

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Technical Advantages

  • 01

    Dual wavelengths can optimize treatment effects for different tissue characteristics (rich in water or rich in blood vessels)

  • 02

    Fiber optic intervention is truly minimally invasive

  • 03

    The thermal effect is concentrated and uniform, causing minimal damage to surrounding tissues and resulting in fewer postoperative complications.