Non-invasive laser lipolysis is commonly used in aesthetic medicine for localized fat reduction through controlled laser energy delivery. The performance of the procedure largely depends on the stability and precision of the laser fiber.
This laser lipolysis fiber is designed for aesthetic fat reduction applications, available in NA 0.22 and NA 0.37 to suit different laser systems. Core diameters of 272 μm, 365 μm, 550 μm, and 800 μm provide flexible options for various treatment depths and energy settings, ensuring consistent laser transmission and reliable clinical performance.
This product is a professional laser fiber designed for non-invasive laser lipolysis treatments, primarily used in aesthetic medicine for localized fat reduction and body contouring. Its core function is to deliver laser energy from the device to the treatment area in a stable and controlled manner, providing a reliable energy channel for fat reduction procedures.
The lipolysis fiber supports both NA 0.22 and NA 0.37 configurations, allowing practitioners to choose based on different laser system characteristics and clinical applications. The NA value affects the beam divergence and energy distribution, helping balance penetration depth, treatment coverage, and energy concentration during procedures.
Available core diameters include 272 μm, 365 μm, 550 μm, and 800 μm, covering applications from precise energy control to high-power delivery. Multiple core size options ensure compatibility with various non-invasive or minimally invasive laser lipolysis systems and support a range of treatment requirements.
As a key component in laser lipolysis systems, this fiber emphasizes stable energy transmission and consistent performance, making it suitable for professional aesthetic clinics where treatment accuracy and repeatability are critical. For users evaluating or selecting non-invasive laser lipolysis solutions, this fiber serves as a reliable component compatible with existing laser devices.
The NA value primarily determines the beam divergence. NA 0.22 is generally used when higher energy concentration and transmission stability are required, suitable for deeper or more controlled treatments. NA 0.37 provides a wider beam angle, helping distribute energy more evenly over the target area, ideal for treatments requiring broader coverage.
The fiber core diameter affects power handling and the energy coverage area. 272 μm and 365 μm cores are suitable for precise energy control and high operational sensitivity, while 550 μm and 800 μm cores support higher power output and larger energy distribution, meeting diverse treatment needs.
In practice, NA and core diameter should be selected in combination with the laser device model, output power, and desired clinical effect. This fiber offers multiple configurations for compatibility, enabling users to match it to their system requirements. For detailed selection guidance or compatibility information, please submit an inquiry through the official website for technical support.
