980nm + 1470nm + 635nm Triple Wavelength Diode Laser with Biquartz Optical Fiber

Product Specification

980nm + 1470nm + 635nm Triple Wavelength Diode Laser with Biquartz Optical Fiber for Medical Aesthetic Centers and Healthcare Clinics

The Future of Multi-Modality Laser Therapy

This state-of-the-art diode laser workstation represents a paradigm shift in medical aesthetics. By integrating three distinct, clinically-proven wavelengths into a single, high-performance chassis, it offers a non-surgical alternative for high-demand procedures. Whether targeting deep vascular structures, subcutaneous adipose tissue, or superficial skin rejuvenation, this system provides practitioners with unparalleled control and precision.

The Convergence of High-Power Diode Technology

Redefining clinical versatility, this integrated laser workstation is engineered for practitioners who refuse to compromise between Surgical Precision and Aesthetic Excellence. By harmonizing three distinct spectral peaks, the system provides a comprehensive thermal solution for a wide range of pathologies—from deep-seated venous insufficiency to superficial dermal imperfections.

Optimized Photon Interaction: The Triple-Beam Logic

• 980nm | Hemoglobin Selective: This wavelength is the primary choice for vascular surgery. It targets the red-pigmented chromophores with high energy density, inducing rapid thermal occlusion of the vessel walls while protecting the surrounding dermal matrix.

• 1470nm | Hydric-Affinity & Adipose Sculpting: Due to its superior absorption in water molecules, the 1470nm beam creates a localized "thermal zone" ideal for atraumatic lipolysis and endovenous procedures. It triggers a profound contraction of the connective tissue (septae), resulting in a visible lifting effect.

• 635nm | Photobiomodulation (PBM): Beyond thermal effects, this wavelength initiates a cellular signaling cascade. It optimizes micro-capillary circulation and mitochondrial respiration, effectively neutralizing post-procedural edema and accelerating recovery cycles.

The Hardware Edge: Biquartz Fiber Transmission

Standard glass fibers often suffer from energy scattering and tip degradation. Our system utilizes High-Purity Biquartz Optical Fibers, offering:

• Minimal Attenuation: Ensures that 100% of the selected power (up to 30W) reaches the target tissue.

• Thermal Stability: The fiber tip remains stable even during high-frequency (21Hz) continuous operation.

• Tactile Feedback: Allows for micro-precision during subcutaneous maneuvering.

Technical Specifications

Solution-Based Clinical Pathways

• Advanced Phlebology: Precision EVLT protocols for controlled vein closure and spider vein eradication.

• Fiber-Guided Fat Remodeling: Minimally invasive reduction of localized fat deposits (chin, abdomen, limbs) with simultaneous skin contraction.

• Dermatological Repair: High-efficiency treatment for telangiectasia, rosacea, and angiomas.

• Therapeutic Podiatry: Deep-penetrating thermal sterilization for chronic nail fungus (Onychomycosis).

• Tissue Rehabilitation: Supportive therapy for eczema, herpes care, and post-surgical wound stabilization.

Practitioner Benefits: Why Upgrade?

1. Accelerated ROI: One platform covers six medical-grade functions, significantly reducing equipment acquisition costs.

2. 21Hz High-Speed Mode: Enables the "In-Motion" technique, reducing total treatment time and increasing patient turnover.

3. Smart Protocol Library: Pre-set parameters for different indications ensure safety for new operators while allowing full customization for experts.

4. Global Compatibility: Auto-switching power supply (AC 100-240V) suitable for international medical facilities.

Professional FAQ

Q: How does the 21Hz frequency enhance the treatment experience? A: Higher frequencies allow the energy to be distributed more uniformly across a larger surface area when using a sliding motion. This prevents "hot spots" and creates a much more comfortable sensation for the patient compared to lower-frequency, high-peak-energy pulses.

Q: What is the significance of the 650nm Pilot Beam? A: Since the therapeutic wavelengths (980/1470nm) are invisible to the human eye, the 650nm red pilot beam provides the practitioner with a precise visual reference for where the laser energy will be delivered, ensuring safety near sensitive structures.

Q: Is the system compatible with standard surgical fiber tips? A: Yes. The device uses standard connector ports, making it compatible with a variety of specialized surgical fibers and aesthetic handpieces (Vascular, Lipolysis, Nail Fungus tips).