How Red Light Therapy Lamps Work

iLUXRED red light therapy lamps are designed to generate and emit the specific wavelengths of red light (600 - 700 nm) that are most effective for therapeutic applications. These lamps primarily use light - emitting diode (LED) technology.

 

LEDs are semiconductor devices that convert electrical energy into light energy. In a red light therapy lamp, an electrical current is passed through a semiconductor material within the LED. This causes electrons to move from a higher - energy state to a lower - energy state, and in the process, photons are emitted. The design of the semiconductor material and the manufacturing process of the LED are carefully controlled to ensure that the emitted photons have wavelengths within the desired red light range.

 

Our iLUXRED lamps are engineered with high - quality LEDs that are optimized for red light emission. The lamps also incorporate optical components, such as lenses and reflectors, to direct and focus the light onto the target area. These optical components help to ensure that the red light is evenly distributed over the area being treated and that the maximum amount of light energy reaches the cells.

 

Some of our red light therapy lamps may also have adjustable settings, allowing users to control the intensity of the light and the duration of the treatment. This flexibility is important as different individuals and different health conditions may require different treatment protocols. For example, a person using the lamp for general skin rejuvenation may use a lower intensity and shorter treatment time compared to someone using it for the treatment of a more serious muscle injury.

 

In addition, our lamps are designed with safety features to prevent overheating and ensure that the emitted light is within the safe and effective range. This includes heat - dissipating mechanisms to keep the LED components cool during operation, as well as built - in sensors to monitor the light output and adjust it if necessary.