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Laser Treatment for Diabetes

Laser Treatment for Diabetes

Model:COZING-WS11H
Wavelength: Green, Yellow, Red, Blue
User group: Aged, middle-aged
Function: It is adjuvant therapy the Ischemic cardiovascular diseases/ diabetes / sudden death

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Product Introduction
Indication:

 

  • Increase the blood oxygen level/ reduce blood viscosity.
  • Lower High blood pressure/ Cholesterol /Paralysis due to lack of blood circulation.
  • Treating rhinitis/ Diabetes type II control / Stroke rehabilitation/ Prevent Arteriosclerosis.
  • Ischemic cardiovascular diseases/ diabetes / sudden death.

 

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WS11H 10

 

The root cause of Cardiac cerebral and

vascular diseases Diabetes and some other chronic disease

 

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Cardiovascular and

cerebrovascular disease threat to mankind

 

Along with the accelerated pace of social development and the improvement of people's living standards, hyperlipidemia, hypertension, coronary heart disease, cerebral thrombosis, diabetes, and cardiovascular and cerebrovascular diseases seriously affect people's life and work, have become a threat to human health and safety of the sick" number one killer"!
According to the WHO statistics: the world about 16 million people die from cardiovascular and cerebrovascular diseases each year, more than 50% of the total mortality rate.
According to China's Ministry of Health statistics: about 180 million patients have cardiovascular and cerebrovascular diseases in China, and each year die from it about 3 million people, approximately 50% of the total population mortality rate (Slightly lower than in industrial developed countries).

WS11H 001

 

What's the technical parameter of laser treatment for diabetes?

 

Laser medium

GaA/As semiconductor

Laser emission wavelength

650nm red, blue ,yellow, green, the other technical parameters can

Be customized

Terminal laser probe

11* laser light+ 2 *nasal laser+2* EAR laser treatment

Laser output power

2-5 mW adjustable

Laser operating voltage

3.6 V

Input voltage of power

100-240 V

Fixed time range

10-60 mins can be adjusted

Environment temperature

-20 ℃ - 40 ℃

Relative humidity

≤ 85%

Atmospheric pressure

86kpa - 106kpa

Power source use

1800mA Lithium battery

Product packing

1pc/box. 19*12*13 cm

 
How does the laser treat the diabetic?

 

Laser therapy, grounded in the principles of photobiomodulation, leverages the photochemical and photophysical effects of laser light to elicit biological responses at the cellular level. In the context of diabetes management, the intricate mechanism of laser therapy involves targeted irradiation of specific anatomical sites with a specialized laser.

One key facet of laser therapy in diabetes care is its ability to stimulate insulin secretion. This occurs through the modulation of cellular activity, particularly within pancreatic beta cells responsible for insulin production. The photons delivered by the laser interact with cellular components, promoting enhanced ATP production, and influencing intracellular signaling pathways that contribute to insulin release.

Simultaneously, laser therapy aims to optimize cellular glucose uptake. By irradiating specific areas of the body, the treatment enhances the translocation of glucose transporters (such as GLUT4) to the cell membrane. This orchestrated response facilitates improved glucose absorption by cells, fostering a more efficient utilization of blood glucose.

In addressing vascular concerns associated with diabetes, laser therapy employs a targeted approach to influence blood vessels. The irradiation of the skin with a specialized laser is designed to induce vasodilation and mitigate vascular occlusion. This process enhances blood flow, promoting oxygen and nutrient delivery to tissues, which is crucial for overall vascular health and function.

Furthermore, laser therapy contributes to tissue repair and regeneration, potentially mitigating the impact of diabetic complications. The therapeutic effect involves not only the direct influence on insulin dynamics and glucose metabolism but also the indirect modulation of cellular processes that foster a more conducive environment for overall tissue health.

 

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What are the advantages of the COZING-WS11H?

 

①Our device utilizes 650nm laser irradiation on acupuncture points.

②Eefficiency: reach 90%

③Laser energy absorption stimulates lipoprotein lipase catabolism, breaking down fat in the blood and improving microcirculation.

④Enhances red blood cell oxygen-carrying capacity, purifying the blood and addressing ⑤hyperviscosity, improving islet cell function, and normalizing insulin secretion.

⑥Effective in reducing hyperlipidemia, hyperglycemia, hypertension, and diabetes.

b. Nasal Cavity Irradiation:

⑦Nasal cavities contain numerous capillaries.

⑧Easy stimulation of nasal nerves, improving blood circulation in the skull and overall microcirculation.

⑨Facilitates the transport of oxygen and nutrients to the brain.

⑩Ultimately helps prevent cerebral thrombosis, stroke, sudden death, and ischemic

cardiovascular and cerebrovascular issues.

c. Small size, compact, and easy to use.

d. The treatment efficiency is positive clinical trial proved

e. No side effects, no trauma, physical therapy

f. It the revolutionary for the aged home healthcare

g. CE certified and USA FDA registered

99

 

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How to Use?

 

Place the watch on your left hand, secure the wristband, and press the power button located in the lower right corner. Hold the button to turn on the watch, and use it to choose the mode and set the time.

 

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Product Display:

 

WS11H 8001
WS11H 11001
WS11H 12001

 

FAQ

 

Q1: What role does laser treatment play in managing diabetes?

A1: Laser treatment for diabetes, often referred to as low-level laser therapy (LLLT) or photobiomodulation, plays a significant role in managing the condition by promoting various physiological effects. LLLT has been studied for its potential benefits in diabetes management, including:
Enhanced Microcirculation: Laser treatment has shown the ability to improve microcirculation in peripheral tissues, aiding in better blood flow and nutrient delivery to affected areas.
Anti-Inflammatory Effects: LLLT exhibits anti-inflammatory properties, contributing to the reduction of inflammation in diabetic tissues and mitigating associated complications.
Wound Healing: Laser therapy is recognized for its positive impact on wound healing, particularly in diabetic patients with impaired wound recovery. It promotes tissue regeneration and accelerates the healing process.
Neuropathy Management: Diabetic neuropathy, a common complication, can benefit from laser treatment by potentially reducing pain, improving nerve function, and alleviating neuropathic symptoms.
Improved Insulin Sensitivity: Some studies suggest that laser therapy may enhance insulin sensitivity, contributing to better glucose metabolism and glycemic control in diabetic individuals.

Q2: Can laser therapy devices replace drug treatment?

A2: Laser therapy devices can play a very good role in preventing and treating cardiovascular and cerebrovascular diseases. In clinical practice, after long-term treatment, the prior condition is the test indicators basically reach standard or normal, in order to reduce the toxic and side effects of the drug, the drug can be gradually reduced or stopped under the guidance of a doctor.
Note: Patients must proceed step by step and under the guidance of a doctor, and should not blindly reduce or stop medication without permission.

Q3: What should we pay attention to during the laser treatment period?

A3: (1) Drink more water and eat more fresh vegetables and fruits, which is beneficial to detoxification and metabolism.
(2) Stop taking vitamin C complex, Toxins will be formed after laser irradiation.
(3) During the metabolic process of the body, if blood pressure, blood lipids, and blood sugar become unstable, it is necessary to take medicine promptly

 

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