Our Endolaser system integrates two clinically optimized wavelengths—980nm and 1470nm—into a single platform, delivering synergistic photo-thermal effects for advanced lipolysis and soft tissue procedures.
1. Optimized Dual-Wavelength Lipolysis
980nm is highly absorbed by hemoglobin and water, offering efficient coagulation and hemostasis while providing a moderate cutting effect. This wavelength ensures a bloodless surgical field.
1470nm has a much higher water absorption coefficient (approx. 40x higher than 980nm). It concentrates thermal energy directly within the adipose tissue, leading to more effective fat liquefaction with minimal collateral thermal spread to surrounding structures.
The ability to switch or combine these wavelengths allows clinicians to tailor energy delivery based on tissue type and desired clinical outcome.
2. Intelligent Thermal Monitoring
A real-time thermal feedback loop continuously monitors the temperature at the fiber tip and surrounding tissue.
This prevents overheating, significantly extends fiber service life, and reduces per-procedure consumable costs.
Thermal data can be used to automatically adjust output, ensuring consistent tissue effect without manual guesswork.
3. Terminal Connection Protection System
The system detects improper or loose fiber connections before laser emission.
If an unsafe connection is detected, the laser automatically disables output, preventing accidental exposure or fiber damage. This protects both the patient and the expensive laser engine.
4. Preset Treatment Parameters
Clinicians can store and recall procedure-specific settings (e.g., lipolysis, endovenous ablation, fistulas).
Presets reduce setup time and eliminate operator-to-operator variability, making treatments more reproducible and predictable.
5. Automatic Energy Calibration
The system self-calibrates output energy before each pulse, compensating for fiber aging or minor optical path variations.
This ensures that the delivered energy always matches the displayed settings, which is critical for both efficacy and safety.
6. Extended Fiber Lifetime
By combining thermal monitoring, connection protection, and automatic calibration, the usable life of each fiber is maximized.
Fewer fiber replacements translate directly into lower operating costs for the clinic.
In summary, the 980nm + 1470nm Endolaser is not simply a dual-wavelength source—it is an intelligent, closed-loop platform designed for precision, safety, and long-term affordability. It is particularly well-suited for adipose-rich procedures where controlled thermal effect and fiber economy are essential.
Post time: May-20-2026