The PRUNGO Red Light Therapy Module combines 650nm infrared light and 850nm near-infrared light using dual red light technology. The 650nm infrared light utilizes an LED with a focused lens, ensuring precise and effective treatment for surface-level issues such as skin regeneration and muscle relief. Meanwhile, the 850nm near-infrared light uses a laser with unique polarization technology, allowing the polarized laser to penetrate deeper, targeting muscle tissue, joints, and deeper layers for comprehensive pain relief and recovery. This dual-technology approach offers a holistic, non-invasive solution that maximizes the body’s natural healing across every tissue layer.
Why use lasers to emit near-infrared light?
Higher Light Energy Density
Lasers produce a more concentrated beam of light compared to LEDs, with higher energy density. This allows the laser to penetrate deeper into the skin and tissues, providing more effective treatment, Although LEDs can emit 850nm light, their lower energy density and broader spectrum limit their ability to reach deeper layers compared to lasers.
Precision and Focus
Lasers offer superior directionality and focus, allowing the light to be precisely targeted at the treatment area, minimizing impact on surrounding tissues. LEDs, on the other hand, emit light that spreads out, making it harder to achieve pinpoint accuracy and deep tissue penetration.
Efficiency and Speed
Lasers release energy more quickly and efficiently, achieving faster therapeutic effects. LEDs typically require longer exposure times to produce similar results, making lasers more time-efficient in deep tissue therapy.
Why is laser polarization important?
More Efficient Light Delivery
Regular lasers produce coherent light, but the direction of the light waves is random, leading to some scattering and energy loss as the light passes through the skin. When a laser passes through a polarizer, it filters the light, aligning the waves in one direction. This results in linearly polarized light, which maintains higher coherence in the specific direction, reducing scattering and diffusion. The result is a more focused, efficient light beam that delivers energy more precisely where it’s needed, improving the effectiveness of deep tissue therapy.
More Efficient Deep Tissue Therapy
While regular lasers effectively stimulate cell regeneration and reduce inflammation, polarized lasers enhance this process by improving the absorption of light at a deeper level. By aligning the light waves, the energy is absorbed more evenly and deeply by tissues, allowing for a more effective treatment of pain and muscle recovery in areas that require deeper penetration. This results in a more efficient healing process, without needing longer treatment times or higher intensity.
Self-Developed Focusing Lens
Unlock the full healing power of red light for surface tissue therapy
By integrating a focused lens into the 650nm LED light, our red light therapy product enhances treatment precision and energy concentration, making it the ideal choice for addressing superficial tissue concerns such as skin regeneration, muscle relief, and minor joint pain. The focused light ensures more efficient and localized energy delivery, enabling faster recovery and higher therapeutic efficacy when treating surface-level conditions.
Precise Targeting of Superficial Tissues
The 650nm LED light is commonly used for superficial treatments, primarily targeting the skin and shallow muscles. In our product, the light beam is focused to within 10 degrees using a focusing lens, significantly enhancing its energy concentration and directionality. This allows the light to more precisely target the treatment area, making it highly effective for addressing skin damage, minor muscle strains, or signs of aging.
Increased Localized Energy Density
The focusing lens not only improves light directionality but also boosts its localized energy density. This makes the 650nm LED light more effective for superficial tissue treatments. Even though the light source itself has limited penetration, the focused light delivers stronger energy transfer, enhancing recovery speed and treatment efficacy. For instance, after exercise, focused light can provide faster relief for surface-level muscle soreness or soft tissue around joints.
