diabetes sugar blood pressure reducing low level laser therapy semiconductor laser therapy instrument laser watch

diabetes sugar blood pressure reducing low level laser therapy semiconductor laser therapy instrument laser watch

Main Technical Parameters

Laser wavelength                                                          650 nm

Maximum power output of single terminal laser     5 mW

Output control of terminal laser                                  three-gear switchable(Auto)

                                                                                          continuous (Manual)

Output instability of terminal laser                             ≤±20%

Timing range                                                                  switchable in 10-60 minutes(Auto)

                                                                                          switchable in 10-60 minutes(Manual)

Display                                                                             LCD (back light)

Power supply                                                                  lithium battery

Operation environment                                                 5°C-40°C

Relative humidity:                                                          ≤80 % 

Product Structure

Adjusting key for time and date

Adjusting key for laser power

Adjusting key for instrument setting

Manual laser output key

Power jack

Waterproof cover for power jack

Application Scope

Hyperviscosemia/hyperlipaemia/ischemic cardiovascular and cerebrovascular diseases

Treatment Theory

The HNC Semiconductor Laser Treatment Instrument adopts 650-nm-wavelength low-intensity laser to irradiate radial arteries, so that the blood fat and blood sugar metabolism are improved through photochemical effects, thereby improving the oxygen carrying capacity and the deformability of red blood cells, reducing the blood viscosity/blood fat/blood pressure/blood sugar, and finally achieving the purpose of treating hypertension, hyperlipaemia and cardiovascular and cerebrovascular diseases.

Human Optical Window

The human tissue mainly consists of water, hemoglobin, melanin and the like; and the laser wavelength which minimizes the heat waste of living cells and the destructive effect is called the “Human Optical Window”. Medical studies indicate that radial arteries belong to not only the parts which are more densely distributed of human blood vessel net, but also the connection part of human arteries and veins. The skin mucous membrane, the muscle and the blood vessel wall at theses parts are thinner, have large blood flow rate and are easy to be subjected to laser irradiation. The blood fluorescence excited by the laser is mainly between 600-670 nm and the spectrum between 630-650 nm is the peak value; and based on the luminous mechanism of molecular fluorescence we can easily obtained that the laser in this spectrum has the best treatment effect.