There are significant differences between the Zhoulin Spectrum Analyzer and the Shenleng (TDP lamp) in the field of medical applications. First of all, for treatments such as wound healing, Zhoulin Spectrum Instrument shows higher efficacy, and the treatment time is shortened by 36% compared to Shenleng, which can more effectively enhance the treatment effect, shorten the course of the disease, and alleviate the patient's pain. It provides targeted light therapy by simulating the human body's spectrum and correcting the disordered spectrum.
In terms of working principle, Zhoulin Spectrometer has a broad spectral characteristic covering visible and infrared regions and even extending to the microwave range. By directly irradiating the human body, it triggers physiological and biochemical reactions, promotes blood circulation, improves blood rheology, accelerates metabolism, and enhances nervous system function and immunity. In addition, it improves microcirculation, enhances the body's self-protection ability, adjusts the function of the nervous and endocrine systems, and even has the effect of preventing diseases and anti-aging.
In contrast, spectrum analyzers, such as real-time frequency analyzers, are mainly applied to signal frequency domain analysis, which is very different from the medical therapeutic role of Choulin's spectrometer. Their working principle focuses on the real-time detection of signal frequency, and although they can display the instantaneous response of periodic spurious waves, their function and price are significantly different from medical treatment instruments.
Thus, Choulin's Spectrum Analyzer is a device designed for medical treatment, while the Spectrum Analyzer is a signal analysis tool, and there are significant differences between the two in terms of function and usage scenarios.