Endigight® Band - Advanced portable low -level laser therapy for optimal health and well -being

Benefits and Effects of Endigight® Band The Endigight® Band represents an advanced approach to photobiomodulation (PBM) and low -level laser therapy (lllt), designed to support the body's natural healing processes and well -being. The portable unit uses specific light waves that penetrate deep into the tissue, stimulate circulating blood and promotes physiological responses. Users report a number of positive effects on regular use, including:

• Increased energy production and ATP synthesis: The light waves activated by the Endigight® band stimulates the mitochondria to produce adenosinrifosphate (ATP), which contributes to the body's energy level and cellular activity.
• Improved blood circulation and oxygen supply: The laser light can help increase microcirculation in the blood vessels, which is essential for optimal oxygenation and nutritional supply to the body's cells.
• Reduction of inflammation: Regular use can support the body's anti -inflammatory mechanisms, which can be beneficial in chronic inflammation.
• Support for the immune system: Light treatment has been shown to stimulate specific cell responses, which can strengthen the body's natural immune system.
• Mental clarity and anti-stress effects: Wavelengths such as green and blue light are associated with relaxation and mental clarity, while yellow light has an invigorating and detoxifying effect.
• Contribution to anti-aging and well-being: The different wavelengths can affect the cell's regenerative processes, which can support the skin's elasticity, reduce the signs of aging and contribute to general well -being.

The Endigight® Band is designed for use at home and on the go, with three modes that allow the user to tailor the intensity of the light treatment based on specific needs. "Recharge mode" adds energy through active light waves, "relaxation mode" promotes balance and tranquility, while "recovery mode" stimulates the entire range of light for maximum well -being and recovery.

Technical specifications

• Output effect per diode: 8.75–35 MW, with a maximum total output of 280 MW in recovery mode
• LEDs and wavelengths:
  • Arteria radialis: 2 red laser diodes (660 nm) and 2 infrared laser diodes (808 nm)
  • Arteria ulnaris: 1 yellow LED (590 nm), 1 green laser diode (505 nm) and 2 blue laser diodes (450 nm)
• Energy: Built -in rechargeable lithium battery, 1600mah
• Duration per session: 30 minutes, with a recommended daily increased at once a day, and max. 2 sessions per day
• Materials: Aluminum structure, medical polycarbonate, quartz glass and BPA-free durable silicone for bracelets
• Weight: 0.85 kg

The unit is classified as a class 1C laser unit and includes proximity sensors for safe activation of the LEDs. This ensures that light is only emitted when the unit has contact with the skin, which reduces the risk of eye damage.

Use and recommendations It is recommended that users start with a low intensity (25-50 %) and gradually adjust up to the desired level, depending on the response to the treatment. The unit is used for 30 minutes daily, around the left wrist, to expose the main arteries arteria ulnaris and arteria radialis, enabling light radiation of the circulating blood. This can have a systemic effect on the entire body and is ideal to improve general health and well -being.

Material and quality The Endigight® Band is made of robust, BPA-free materials and has an ergonomic design that ensures the comfort of prolonged use. With an aluminum body and high quality silicone bracelet, the unit offers optimal durability and easy transport.

Benefits of light waves used in Endigight®

• Infrared light (808 nm): Provides deep tissue penetration and is known for immune stimulation, activation of leukocytes and stem cells.
• Red light (660 nm): Stimulates blood trees and oxygenation, which improves the oxygen supply to tissue.
• Yellow light (590 nm): May seem invigorating, anti-depressive and support detoxification.
• Green light (505 nm): Can improve microcirculation, especially in superficial tissue layers.
• Blue light (450 nm): Has strong antibacterial and anti -inflammatory properties and can contribute to a healthier skin flora.

Indications of photobiomodulation (lllt)

• Cardiovascular diseases, chronic inflammation, autoimmune diseases
• Metabolic disorders including diabetes
• Fatigue syndrome, mental fatigue and stress
• General performance improvement and training adaptation
• Preventive health and anti-aging

Disclaim Uno Vita is increasingly using artificial intelligence for analyzes, summaries and design of articles. We do not take responsibility for possible errors in texts, articles or descriptions caused by human or computer technology (AI) errors, inaccuracies or lack of information in scientific and medical studies.

We encourage all readers to investigate all information critically to ensure that the content is correct. UNO Vita does not claim the medical effects of the products we sell, but we refer to publicly available research in accordance with the right to freedom of speech. The information on this website is only for information purposes and is not intended to replace professional medical advice, diagnosis or treatment. The content should not be used as a basis for diagnoses or selecting treatment forms. All information and material on this website is offered "as it is" without any guarantees, either expressed or implied, including, but not limited to, implicit guarantees of salarity, fitness for a specific purpose or non-violation.

Uno Vita disclaims all liability for losses or damage that may occur as a result of the use of information or products from this website. We strongly recommend that you consult a qualified health care provider before you begin any new treatment, dietary change or use of supplements. Any use of products or information from this website is done at your own responsibility.

Freedom of speech and right to information Uno Vita reserves the right to share publicly available research and information on health and wellness technologies, natural substances, vitamins and the like. We do this with reference to national and international laws on freedom of speech, including:

• The UN World Declaration of Human Rights (1948): Article 19 ensures the right to freedom of opinion and freedom of speech, including the freedom to receive and disseminate information without regard to boundaries.
• The International Convention on Civil and Political Rights (1966): Article 19 emphasizes the right to freedom of speech and the freedom to apply, receive and communicate information and ideas through various media.
• Norwegian Constitution Section 100: Ensures freedom of speech, with certain restrictions on the sake of children's protection, privacy, public order and security.
• US First Amendment: Protects freedom of speech against state intervention, providing one of the strongest protections for free expression.

Uno Vita reserves the right to freedom of opinion and freedom of speech in line with these principles.

References

1. Weber Medical. (2023). Technical specification and product description for the Endigight® Band.
2. European Commission. (2023). Low-Level Laser Therapy Guidelines and Standards.
3. Karu, T. I. (1999). Primary and Secondary Mechanisms of Action of Visible To Near-IR Radiation on Cells.
4. Summer, A. P., et al. (2013). Laser therapies and regenerative medicine.
5. Hamblin, M. R., & Demidova, T. N. (2006). Mechanisms of Low Level Light Therapy.
6. Liu, T. C. Y., et al. (2011). Photobiomodulation and Mitochondrial Activity.
7. Chung, H., et al. (2012). The Nuts and Bolts of Low-Level Laser Therapy.
8. Tuner, J., & Head, L. (2010). Laser Therapy - Clinical Practice and Scientific Background.
9. Gupta, A., et al. (2015). Therapeutic Laser Therapy in Clinical Practice.
10. Bjordal, J. M., et al. (2006). A Systematic Review of Low Level Laser Therapy With Location-Specific doses for Pain from Chronic Joint Disorders.
11. Schroder, W. A., et al. (2014). Effects of Low Level Laser Therapy on the Immune System.
12. Schindl, A., et al. (1999). Effects of Low-Level Laser Irradiation on Blood Flow in the Skin.