What you see is exactly what you get: the touch controls operate with the smoothness of a modern smartphone. The system now offers ten advanced photon output modes, an upgrade from the previous seven, providing greater flexibility and precision. Whether used in a professional aesthetic clinic or a comfortable home setting, the device’s simple, user-friendly operation ensures that anyone can use it with ease.

The refined geometric design creates a smooth, hyperbolic surface that enhances both aesthetics and function. Its slim, lightweight structure provides a soft, gentle warmth that elevates the treatment experience. For models equipped with medium- and long-wave infrared emission, we integrate premium graphene heating technology. This advanced material delivers a significantly stronger and more even warming effect on subcutaneous tissues compared to traditional near-infrared (NIR) systems.

The result: deeper comfort, improved circulation, and a more effective rejuvenation process.

Modern physics explains the deep connection between light, energy, and matter through several foundational principles. Maxwell’s equations describe the behavior of electromagnetic fields, Newton’s laws define the mechanics of motion, and Einstein’s equation of mass–energy equivalence reveals that matter and energy are fundamentally interchangeable. The photoelectric effect further demonstrates how light interacts with matter at the particle level.

Within the framework of special relativity, the speed of light is constant—the benchmark for all cosmic motion. Across the electromagnetic spectrum, from gamma rays to visible light to long-wave radio, the differences arise from wavelength and frequency. In the visible range, subtle variations in wavelength are interpreted by human cone cells as different colors.

Light itself is a form of energy transmission, carried by photons—the quantum particles responsible for electromagnetic interactions. These interactions form the foundation of how light influences biological systems, technology, and the physical world around us.

With upgraded hardware and software, the new generation achieves significantly enhanced performance. We expanded the original frame width and height by an additional 100 mm, reaching 640 mm in width and 390 mm in height. Despite this larger treatment area, the device maintains its classic 260 mm waistline, perfectly matching the width of standard beauty beds.

This optimized design, combined with advanced human–machine engineering, provides a more spacious, comfortable, and relaxing treatment experience for users.

We collaborate with leading EU chip manufacturers to develop next-generation photonic chips. These advanced chips use state-of-the-art Gallium Nitride and Indium Gallium Nitride processes, combined with copper brackets for superior thermal conductivity. The chip package is engineered with non-absorbing silver-palladium alloy wiring to significantly extend light decay time, ensuring higher efficiency and longer lifespan. The photonic chip size has also been greatly increased to enhance output capability. Paired with premium polycarbonate lenses manufactured by industry leaders in Germany (Bayer) and Korea (Samsung), the system achieves outstanding photon output density and exceptional performance stability.

Professional engineering, dedication to quality, and uncompromising attention to detail — these are the values that define our technology.