980nm Diode Laser Theory

The 980nm laser represents the optimum absorption spectrum of porphyrin vascular cells. These cells absorb the high-energy laser of 980nm wavelength, leading to solidification and eventual dissipation. Compared with traditional methods, the 980nm diode laser reduces redness and skin burning with a significantly lower risk of scarring.

To reach target tissue accurately, the energy is delivered via a professionally designed hand-piece assisted by a 635nm infrared ray, enabling precise focus. It stimulates dermal collagen growth, increases epidermal thickness and density, and enhances skin elasticity and resistance.

• Vascular lesions and spider veins removal
• Proliferative lesion treatment
• Age spots and sun spots removal
• Linear angitelectasis
• Cherry angiomas
• Nail fungus therapy and skin rejuvenation

Working Principle

The laser pierces the skin to reach superficial blood vessels. The generated heat coagulates the blood, causing the vessel to collapse and seal. Over several weeks, the body's scavenging cells remove the vessel naturally. This precise delivery prevents injury to nearby tissues.

• Advanced Technology: Superior to high-frequency machines for red blood vein removal.
• Adjustable Energy: 1-30W settings to satisfy diverse clinical requirements.
• Multiple Modes: CW Pulse, Pulse, and Single modes available.
• Non-Invasive: Short operation time with no bleeding, burning, or scarring.
• High Efficiency: Obvious effectiveness in only one or two treatments.
• Precision Handpiece: Energy focused onto a 0.1-1mm spot for targeted therapy.