Dual Wavelength Lipolysis Laser Machine – Configurable 980nm & 1470nm Platform | ZENI

Vascular Removal — Spider Veins & Telangiectasia (980nm)

The 980nm wavelength targets oxyhemoglobin in dilated capillaries, heating the vessel wall until it collapses and is cleared by the body. Clinical studies confirm efficacy for facial telangiectasias, small leg varicose veins and other superficial vascular lesions. The wavelength is effective for a wide variety of small vascular abnormalities and deep thick vascular lesions.

Pain Physiotherapy (980nm)

980nm laser energy penetrates deeply into muscle tissue and is absorbed by mitochondrial cytochrome c oxidase, triggering photobiomodulation that reduces pain neurotransmitters and modulates inflammation. This supports myofascial pain relief and musculoskeletal recovery.

Onychomycosis — Nail Fungus Treatment (980nm)

The 980nm laser penetrates the nail plate, creating a localized thermal effect in the nail bed that impairs fungal viability without damaging surrounding tissue. Healthy nail growth occurs over 6–12 months.

Laser Lipolysis & Fat Reduction (1470nm)

The 1470nm wavelength is highly absorbed by water and fat. When delivered via a fiber into the subcutaneous layer (minimally invasive), it liquefies fat cells and coagulates small blood vessels for hemostasis. The thermal energy also contracts collagen fibers for skin tightening. A 2024 pilot study reported significant reductions in facial and submental fat at 60 days, with improved skin tightness and reduced wrinkles[reference:12]. The 980nm wavelength has also been evaluated for lipolysis in a 534-procedure retrospective analysis[reference:13].

Skin Rejuvenation

Non-ablative stimulation supports collagen synthesis and reduces inflammation. The 980nm and 1470nm wavelengths can be used in skin rejuvenation protocols to improve texture and firmness, depending on the configuration selected.

980nm: Hemoglobin & Water Absorption

In vascular, physiotherapy and nail modes, 980nm energy is delivered through a handpiece. It is absorbed by oxyhemoglobin (coagulating vessels) and by mitochondrial cytochrome c oxidase (triggering photobiomodulation). For lipolysis applications, 980nm energy heats adipose tissue and provides hemostasis — a 534-procedure retrospective analysis evaluated its safety and efficacy across different body areas[reference:14].

1470nm: Water & Fat Absorption

In lipolysis mode, a thin optical fiber is inserted into the targeted fat layer. The 1470nm wavelength is strongly absorbed by the water content in fat cells, causing rapid heating and liquefaction of adipose tissue. The thermal effect also contracts collagen fibers for skin tightening[reference:15]. The energy is converted into heat, gently dissolving fat tissue while heating surrounding connective tissue for tightening[reference:16].

Dual-Wavelength Synergy

By combining 980nm and 1470nm in a configurable platform, clinics can perform vascular aesthetic treatments, pain physiotherapy, nail fungus treatment and minimally invasive fat reduction from the same console. The operator selects the appropriate wavelength and handpiece based on the patient’s treatment plan. Learn more about laser-based treatment systems for clinical background.

Output power for each wavelength, pulse width, frequency, fiber diameter, aiming beam, screen size, voltage and certification should be confirmed in the model-specific specification sheet for the chosen configuration. Industry-typical dual-wavelength systems include 10–30W for 980nm and 5–15W for 1470nm, with 400/600μm fibers.

What configuration options are available for this platform?

The 980NM023 platform is available in multiple configurations: single-function vascular laser, 4-in-1, 5-in-1, 980nm plus lipolysis, single lipolysis laser, dual-wavelength lipolysis laser, and 5-in-1 dual-wavelength lipolysis system. The exact configuration and included handpieces should be confirmed in the quotation.

What is the advantage of the 1470nm wavelength for lipolysis?

The 1470nm wavelength has a high absorption rate in water and fat. This makes it effective for laser-assisted lipolysis — the energy is rapidly absorbed by fat tissue, leading to fat cell liquefaction. Its thermal effect also promotes collagen contraction and skin tightening. A 2024 pilot study reported significant facial and submental fat reduction at 60 days with improved skin tightness[reference:17].

How does this differ from ZENI’s White Shell or Black models?

The White Shell and Black models are fixed dual-wavelength configurations with a predetermined set of functions. The 980NM023 platform is configurable — clinics can select from multiple SKU options ranging from single-function vascular laser to full 5-in-1 dual-wavelength lipolysis. This flexibility allows clinics to match the equipment to their specific service menu rather than paying for features they may not use.

What clinical evidence supports the lipolysis application?

A 534-procedure retrospective analysis evaluated the safety and efficacy of 980nm diode laser lipolysis across different body areas[reference:18]. Clinical research on 1470nm diode laser for facial fat reduction reported significant reductions in facial and submental fat at 60 days, with improved skin tightness and reduced wrinkles[reference:19]. The 1470nm wavelength facilitates selective lipolysis through controlled photothermal interaction[reference:20]. Results vary by individual, treatment area and protocol.

What should I request with the quotation?

Because the platform is available in multiple configurations, request the model-specific specification sheet for the exact configuration you are considering. Confirm output power for each wavelength, pulse width, frequency, fiber diameter and compatibility, aiming beam, screen size, dimensions, weight and voltage. Confirm the complete accessory list including all handpieces, fibers, protective eyewear and power cord. Verify CE or relevant certification documentation for your market.