Professional Diode Laser System for Vascular Treatment Lipolysis and Skin Rejuvenation

Professional Diode Laser System for Vascular Treatment Lipolysis and Skin Rejuvenation

PrismaLift is a new generation multi-wavelength diode laser system integrating 980nm, 1470nm, and 635nm laser technologies in one intelligent platform. It is designed for pain therapy, vascular treatments, lipolysis, nail fungus removal, skin rejuvenation, and anti-inflammatory therapy. Each wavelength performs a different biological function, creating a complete and versatile treatment system suitable for medical, physiotherapy, and aesthetic applications.

This equipment combines bi-quartz fiber transmission, high-precision energy control, and a 12.1-inch digital interface, ensuring stable output and accurate targeting. PrismaLift allows professionals to deliver safe, efficient, and minimally invasive treatments that meet both clinical and aesthetic demands.

1. The 980nm Wavelength - Vascular Sealing and Pain Therapy

The 980nm wavelength has a high absorption rate in oxyhemoglobin, making it highly effective in vascular lesion treatment. It heats the blood within small vessels, causing selective photothermolysis. In pain therapy, it stimulates microcirculation, improves oxygenation, and reduces nerve excitability, accelerating the regeneration of soft tissue.

2. The 1470nm Wavelength - Lipolysis and Tissue Remodeling

The 1470nm laser is water-selective, interacting primarily with intracellular water molecules. It is used for laser-assisted lipolysis, where fat is metabolized naturally. It also stimulates collagen denaturation, initiating neocollagenesis for firmer, smoother skin and improved body contour.

3. The 635nm Wavelength - Cellular Activation

Classified as low-level laser therapy (LLLT), this wavelength stimulates cells through photobiomodulation, increasing ATP production. It enhances wound healing, reduces inflammation, and targets fungal colonies in nail fungus treatment without harming healthy tissue.

• Preparation: Clean and disinfect the treatment area.
• Parameter Selection: Choose wavelength and mode based on treatment purpose.
• Energy Calibration: Adjust output gradually based on skin type.
• Laser Application: Maintain steady motion of the fiber tip on the target area.
• Observation: Monitor tissue response via the guide light.
• Cooling: Use the cooling hammer immediately post-session.
• Aftercare: Avoid sun exposure and stay hydrated for 24 hours.