Derma Laser
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15W Medical 980nm 1470nm Diode Laser System For Onychomycosis And Physiotherapy Pain
The 980nm + 1470nm diode laser system is a versatile medical platform designed for vascular treatment, nail fungus therapy, laser lipolysis, and physiotherapy applications. By combining two highly effective wavelengths in a single device, the system delivers precise energy absorption, improved treatment efficiency, and enhanced safety across multiple clinical indications.
This system combines 980nm and 1470nm diode laser wavelengths to deliver precise and selective energy absorption in different biological tissues. The laser is transmitted through a bi-quartz optical fiber, ensuring stable energy delivery and minimal energy loss.
| Parameter | Specification |
|---|---|
| Laser Type | Diode Laser |
| Wavelength | 980nm + 1470nm |
| Transmission | Bi-quartz optical fiber |
| Aiming Beam | 650nm red light |
| Working Modes | Continuous (CW), Pulse, Single |
| Output Power | 15W @ 980nm; 2W / 4W @ 1470nm |
| Pulse Width / Interval | 0-999 ms |
| Frequency | 1-10 Hz |
| Standard Fiber | 400 μm direct fiber |
| Display | 10-inch color touch screen |
This device should not be used for patients with skin cancer, photosensitivity, coagulation disorders, pregnancy, severe cardiovascular disease, or active skin infections.
The dual-wavelength configuration targets different tissues effectively. 980nm is ideal for hemoglobin (vascular), while 1470nm has stronger absorption in water and adipose tissue (lipolysis).
Most treatments are minimally invasive and well tolerated. Topical anesthesia or local cooling can be applied to enhance comfort.
Vascular results may be visible immediately. Nail fungus requires new growth (weeks/months), and lipolysis results develop as the body metabolizes fat.
Most procedures require little to no downtime. Patients may experience temporary redness or mild swelling but can resume activities quickly.
It includes Class IV safety mechanisms: key switch, emergency stop, safety shutter, and real-time treatment monitoring.
Operators should receive professional training in laser safety, parameter adjustment, and specific clinical protocols before use.
