Red & Infrared Light Therapy – Defined Wavelengths & Frequency-Modulated Light Fields
What is Red & Infrared Light Therapy?
Red and infrared light therapy uses specific wavelengths to create structured and reproducible light fields. In modern applications, these wavelengths can be digitally modulated with defined frequency patterns, offering a technical approach to controlled light sessions for your home, research, and complementary practice environments.
How does the B.E.A.T. Light Rent work?
The B.E.A.T. Light Rent emits calibrated red and infrared wavelengths through high-quality LED panels. These light fields can be frequency-modulated, allowing users to work with repeatable and technically stable application settings. The system’s compact design and intuitive interface make it suitable for professional, home, and research environments.
The light output is characterized by:
- stable wavelength distribution
- digitally controlled frequency modulation
- uniform LED intensity patterns
- configurable intensity and program settings
Applications
Red and infrared light are used where structured light environments or defined wavelength fields are required.
Typical application contexts include:
- frequency-modulated light sessions
- wellness and complementary practice setups
- red light therapy workflows
- home-use light routines
- research and documentation environments
Technical Concept
- Digital modulation of red & infrared wavelengths
- High spectral stability
- Calibrated LED output for
- Configurable intensity & language settings
- Portable construction for flexible use
FAQ
How does frequency modulation improve light applications?
Frequency modulation allows red and infrared wavelengths to oscillate in defined patterns, creating reproducible light fields that can be tailored to specific application settings.
Is the B.E.A.T. Light Rent a medical device?
The B.E.A.T. Light Rent is a CE-certified wellness device designed for home, professional, and research environments.
It is not classified as a medical device under current EU regulations.
What is the difference between red and infrared light?
Red light lies in the visible spectrum and interacts primarily with surface-level areas, while infrared light has a longer wavelength that reaches deeper layers.
Both are used in structured, frequency-modulated light applications with controlled intensity and wavelength stability.