| Customization: | Available |
|---|---|
| Type: | 980+1470+635nm Diode Laser |
| Theory: | Laser |
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
Multi Wavelength Laser Machine for Aesthetic Treatments and Physiotherapy Applications
PrismaLift is a new generation multi-wavelength diode laser system developed by GOMECY, 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.
To understand PrismaLift, it is essential to explore how different wavelengths interact with the human body. Each wavelength penetrates to a different depth, being absorbed by different chromophores such as water, hemoglobin, and melanin. These interactions trigger biological and thermal effects that form the foundation of laser therapy.
The 980nm wavelength has a high absorption rate in oxyhemoglobin, making it highly effective in vascular lesion treatment. When the laser energy is delivered through the fiber tip, it heats the blood within small vessels, causing selective photothermolysis. This means only the targeted blood vessels are sealed, while the surrounding skin and tissue remain intact.
In pain therapy, the 980nm laser penetrates several millimeters deep into the muscle tissue. The heat generated by the laser stimulates microcirculation, improves oxygenation, and reduces nerve excitability, which relieves pain. The thermal effect also triggers a mild inflammatory response that activates the body's natural repair process, accelerating the regeneration of soft tissue.
This wavelength is widely recognized in clinical laser therapy because it balances penetration depth and absorption efficiency, making it ideal for muscle relaxation, joint recovery, and vascular reduction.
The 1470nm laser represents a more water-selective wavelength, meaning it interacts primarily with intracellular water molecules. When directed into adipose tissue, the laser energy is absorbed and converted into heat, gently disrupting the fat cell membranes. This process is known as laser-assisted lipolysis, where the liquefied fat is naturally metabolized and expelled by the lymphatic system.
The 1470nm laser also stimulates collagen denaturation and contraction in the dermis, initiating neocollagenesis, the process by which new collagen fibers are formed. As a result, treated areas appear firmer, smoother, and more toned over time.
Another unique feature of 1470nm energy is its ability to repair deep tissue structures. By precisely controlling the pulse duration, the laser acts on the subdermal layer to promote connective tissue remodeling, improving both skin elasticity and body contour. This wavelength is therefore used not only for cosmetic lipolysis but also for post-injury rehabilitation and cellular regeneration therapy.
The 635nm wavelength belongs to the visible red light spectrum and is classified as a low-level laser therapy (LLLT) wavelength. Unlike higher power wavelengths that rely on heat, the 635nm laser stimulates cells through photobiomodulation. It is absorbed by cytochrome c oxidase in the mitochondria, increasing ATP (adenosine triphosphate) production. This energy molecule fuels cellular repair and regeneration processes throughout the body.
When used in wound healing, eczema, or herpes therapy, 635nm laser light reduces inflammation, enhances local blood flow, and accelerates tissue recovery. It also plays a crucial role in nail fungus treatment, as the red light penetrates the nail plate to target fungal colonies without harming healthy tissue.
In aesthetic applications, the 635nm laser enhances skin rejuvenation by stimulating collagen and elastin production, improving overall skin tone and reducing fine lines. The combination of low-level red light with higher-power wavelengths makes PrismaLift a complete platform for both medical repair and cosmetic enhancement.
| Treatment Function | Clinical Application |
|---|---|
| Pain Therapy | Relieves muscle and joint pain through deep thermal stimulation and improved blood flow. |
| Vascular Lesion Treatment | Removes spider veins, telangiectasia, and cherry angiomas by selective photocoagulation. |
| Skin Rejuvenation | Enhances skin elasticity, smooths wrinkles, and restores a healthy tone. |
| Lipolysis and Body Sculpting | Melts localized fat deposits and tightens the skin simultaneously. |
| Eczema and Herpes Relief | Anti-inflammatory and antibacterial effects accelerate recovery and reduce outbreaks. |
| Nail Fungus Removal | Penetrates deeply into the nail bed to destroy fungal infections safely. |
| Anti-Inflammation Therapy | Reduces swelling and tissue irritation using low-level red light. |
| Cooling Hammer Function | Provides comfort and reduces redness after laser treatment. |
| Parameter | Specification |
|---|---|
| Beam Transmission | Bi-quartz optical fiber |
| Aiming Beam | 650nm |
| Power Supply | 100-240V AC, 50/60Hz |
| Screen Size | 12.1 inches color touch screen |
| Laser Type | Pulse, CW, single |
| Wavelength | 980nm + 1470nm + 635nm |
| Power | 20W (980nm), 9W (1470nm), 200mW (635nm) |
| Pulse Width | 0-1s (step 0.05s) |
| Fiber | 3 meters direct fiber, SMA 905 connector |
| 635nm Energy Levels | 12 adjustable levels |
| Cooling System | Air + closed water circulation |
| Working Mode | Continuous or pulsed |
| Standard Accessories | Fiber handle, foot switch, cooling hammer |
Preparation
Clean the treatment area and disinfect it. Apply topical anesthetic if necessary.
Parameter Selection
Choose wavelength, mode, and pulse duration according to treatment purpose (vascular, lipolysis, or repair).
Energy Calibration
Adjust the energy output gradually based on skin type and tissue depth.
Laser Application
Position the fiber tip on the target area and begin energy emission. Maintain smooth and steady motion.
Observation
Monitor tissue response through the guide light to ensure uniform heating.
Cooling Process
Use the cooling hammer or cold compress immediately after the session to calm the skin.
Aftercare
Advise patients to avoid hot baths and sun exposure for 24 hours and maintain good hydration.
Q1. What makes PrismaLift different from other diode lasers?
PrismaLift combines three wavelengths in one system, allowing simultaneous treatment of superficial and deep layers. It offers flexibility for both medical and cosmetic indications.
Q2. How soon can results be seen?
Many users experience visible improvement after the first session. Optimal results are typically achieved after 3 to 6 treatments.
Q3. Is it safe for all skin types?
Yes. PrismaLift uses selective photothermal effects that do not damage surrounding skin tissue and can be safely applied to all skin phototypes.
Q4. Does it require downtime?
No. Patients can resume normal activities immediately after the procedure.
Q5. How long can the machine operate continuously?
The device is equipped with an efficient cooling system that supports up to 12 hours of continuous operation without overheating.
Q6. What is the lifespan of the laser module?
The diode laser modules are rated for over 20,000 working hours, ensuring long-term stability and durability.
){kind=link}