Dual-Wavelength 980nm 1470nm Diode Laser Machine
<p>Expand your clinical capabilities with JingBow’s advanced dual-wavelength 980nm 1470nm diode laser system. Engineered for high-precision aesthetic and medical applications, this multi-functional platform delivers precise energy via optical fibers for endolift, fiber-guided lipolysis, vascular removal, and EVLT. With stable energy output and customizable protocols, it is designed to support clinics seeking reliable, minimally invasive face and body contouring solutions.</p>
OEM / ODM
Custom branding solutions.
Clinical Training
Free operation training.
Marketing
Promotional support.
Repair Support
24/7 technical help.
Why Combine 980nm and 1470nm Wavelengths?
Single-wavelength lasers often face limitations when balancing fat melting and skin tightening. JingBow’s dual-wavelength system integrates both 980nm and 1470nm lasers to achieve a synergistic clinical effect. The 1470nm wavelength targets water in tissue and collagen fibers, making it highly effective for tissue retraction, skin tightening, and breaking down adipocytes. Concurrently, the 980nm wavelength targets hemoglobin, enabling precise photocoagulation to reduce bleeding during surgical procedures and targeting vascular concerns like spider veins. This combination allows practitioners to achieve dual tissue-tightening and fat-reducing effects with minimal downtime.
Versatile Clinical Applications
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Endolift & Fiber-Guided Face Lifting: Utilizing micro-optical fibers (typically 200um to 600um) inserted subcutaneously to transmit laser energy, stimulating collagen remodeling and contracting the skin structure for non-surgical face and neck lifting.
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Laser Lipolysis (Fat Melting): Delivering targeted thermal energy directly into the fat layer to dissolve localized fat deposits in areas like the chin, abdomen, and arms, while simultaneously tightening the overlying skin.
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Vascular & Spider Vein Treatment: Delivering energy externally or intravascularly to photocoagulate dilated red blood vessels, causing them to shrink and naturally metabolize.
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EVLT & Minimally Invasive Therapies: Highly compatible with endovenous laser tonsillectomy, hemorrhoids therapy (proctology), and various gynecological procedures requiring precise tissue ablation.
Key Performance Advantages of JingBow’s Laser System
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Stable Fiber Coupling Interface: Equipped with high-transmission SMA905 standard connectors to ensure efficient light delivery, minimal energy loss, and high durability during continuous operation.
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Intuitive Touchscreen UI: Pre-set programs categorized by clinical applications (Lipolysis, Endolift, EVLT, Vascular) with adjustable pulse width, power, and frequency settings to simplify user operation.
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High-Power Quality Laser Modules: Utilizing German-engineered laser bars to guarantee energy stability, a long operational lifespan, and consistent treatment results across multiple sessions.
Why Choose JingBow
Your trusted partner in aesthetic technology.
Factory Direct Price
Eliminate middleman costs. Get the best ROI with our competitive factory-direct pricing structure.
Strict Quality Control
All machines undergo rigorous 48-hour testing. ISO 13485 compliant manufacturing with CE certification.
Fast & Safe Delivery
Ready stock for popular models. Professional crating and established logistics partners ensure safe arrival.
Frequently Asked Questions
Q: What are the primary advantages of the 1470nm wavelength over single-wavelength lasers?
A: The absorption rate of the 1470nm wavelength in water is significantly higher than that of traditional 980nm or 1064nm wavelengths. This high absorption allows for lower energy delivery to achieve the same clinical tissue-tightening and fat-melting effects, resulting in less thermal damage to surrounding tissue and faster patient recovery.
Q: How does fiber-guided endolift stimulate skin tightening?
A: When the optical fiber delivers laser energy under the skin, it causes immediate contraction of the existing collagen fibers and septae. Over the following weeks, this controlled thermal stimulation triggers a neocollagenesis process, leading to gradual skin tightening and structural remodeling.
Q: What maintenance and fiber replacements are required for this machine?
A: The diode laser source itself is solid-state and requires minimal daily maintenance. The optical fibers used for minimally invasive procedures (like Endolift or Lipolysis) are standard consumables that should be replaced per treatment to maintain sterility and optimal energy transmission. We provide a steady supply of compatible multi-size optical fibers for our clients.