Furthermore, this handpiece offers exceptional compatibility, compatible with diode laser systems worldwide. It seamlessly integrates with pluggable fiber lasers using either the SMA905 or FC connectors, eliminating the need for device incompatibility. Furthermore, it works with fiber diameters of 200µm, 300µm, 400µm, and 600µm, providing flexible options for diverse treatment needs.

In practice, this compatibility significantly reduces equipment procurement and replacement costs for medical institutions. Instead of replacing the entire laser system to accommodate a specific handpiece, simply select the appropriate fiber for the treatment. Furthermore, the handle is designed with the physician’s ease of use in mind. It’s comfortable to hold and allows for precise control, reducing hand fatigue and improving operational stability even during lengthy procedures.

For patients, the precise energy delivery of the handle minimizes damage to surrounding tissue during treatment, leading to faster recovery and significantly reduced incidence of adverse reactions such as swelling and bruising. For example, during abdominal lipolysis, the handle, combined with a suitable optical fiber, concentrates energy on fat cells, liquefying the fat while minimizing impact on abdominal muscles and skin tissue. This allows patients to see noticeable contouring results in a shorter period of time, while preserving skin firmness.

Furthermore, the handle is exceptionally durable, capable of withstanding frequent and long-term clinical use. This reduces the need for maintenance and replacement, providing medical institutions with a stable and reliable treatment tool, further ensuring the continuity and effectiveness of treatment.

Designed for minimally invasive body‑contouring procedures, its slender, single‑use cannula encases a high‑purity optical fiber that emits dual‑wavelength laser light to optimize fat coagulation and hemostasis simultaneously.

By combining wavelengths, commonly 980 nm for superficial tightening and 1470 nm for deeper adipose disruption, the handpiece achieves uniform thermal profiles that minimize collateral tissue damage and enhance patient comfort.