Our Analysis about Red Light Therapy
In recent years, red light therapy has gained significant attention for its potential benefits in various fields varying from skin health stimulation, pain relief and wound healing to mood and sleep quality improvements. I embarked on a journey to discover the science behind alongside researching for medical and academic papers that back up the outcomes of the therapy.
Our goal is to provide red-light therapy in conjunction with existing treatments in our clinic and experiences, however we had to decide which equipment to source and what we expected to deliver as result of the integration. The decision-making process revolved around the ability to administer the appropriate dosage and utilize red, near-infrared, and infrared lights to achieve optimal outcomes. My aim was to find the perfect balance by analyzing various academic and scientific research studies that highlighted the dosage effect for different treatments or expected results. Another crucial factor was ensuring that the dosage could be achieved by adjusting the treatment duration to coincide with other holistic or skincare, aromatherapy, theta and sound healing treatments, thereby enhancing their effectiveness.
Red light therapy, also known as photobiomodulation, has been explored since the late ‘60s and it involves the use of specific wavelengths of light to stimulate cellular activity and promote healing. I was surprised with the amount of studies and data that provides meaningful data to analyses. In the research it became clear that the key to achieving optimal results with red light therapy lies in understanding the appropriate dosage. This includes considering the intensity of light, the duration of exposure and the types of wavelengths.
In an attempt to facilitate our readers understanding of our research journey, I summarized the key outcomes of my research journey.
1. Achieving Optimal Results through Dosage:
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The effectiveness of red light therapy relies on administering the appropriate dosage, which includes considering the intensity of light and the duration of exposure.
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For skincare purposes, targeting specific skin conditions like acne or wrinkles may require a lower intensity and longer exposure time.
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In wound healing, stimulating cellular regeneration and expediting the healing process may necessitate a higher intensity and shorter exposure time.
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Aromatherapy can benefit from red light therapy by utilizing specific wavelengths to enhance the absorption of essential oils, promoting relaxation or invigoration.
2. Integration with Skincare:
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Red light therapy has demonstrated its ability to improve various skin conditions, including acne, psoriasis, and eczema.
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By combining red light therapy with skincare treatments like topical creams or serums, the absorption of active ingredients can be enhanced, leading to more significant improvements in skin health.
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For instance, when used alongside a vitamin C serum, red light therapy can stimulate collagen production and reduce the appearance of fine lines and wrinkles.
3. Integration with Wound Healing:
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Red light therapy has been scientifically proven to expedite wound healing by promoting angiogenesis, reducing inflammation, and stimulating collagen production.
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When integrated with traditional wound care techniques such as dressings or topical ointments, red light therapy can enhance the healing process and minimize scarring.
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For example, red light therapy can be employed after surgical procedures to reduce post-operative swelling and facilitate faster recovery.
4. Integration with Aromatherapy:
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Aromatherapy, which involves using essential oils for therapeutic purposes, can be further enhanced by incorporating red light therapy.
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By exposing the body to specific wavelengths of light while inhaling or topically applying essential oils, the absorption and effectiveness of these oils can be heightened.
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For instance, red light therapy can be combined with lavender essential oil to promote relaxation and improve sleep quality.
After understanding the benefits and the potential conjunction of treatments was time to dive into the technical details to select the optimal red light panel that could synergize with the therapies our clinic aims to deliver to improve customers wellness.
Firstly, we knew that we need an equipment that operates multiple light wavelengths (Red, Infrared and Near Infra-red) to give us the flexibility of different treatments as different wavelengths penetrated deeper in tissue.
Secondly, the power intensity was a key driver of the selection process as we aims to a specific dosage to maximize the light therapy benefits as standalone therapy or in sync with other therapies.
Searching for manufactures is the easy part, as today there is a vast number of players in that segment, but narrowing down to the right equipment with the right specification required a significative amount of study and special attention to the versality we were looking for.
In January 2024 we concluded the research, sourcing and setup and now we are able to provide the red light therapy we designed to achieve the outcome we wish to deliver to
customers and our talented professionals have an interesting portfolio of therapies that can work in conjunction with the red-light therapy.
The process of research of photobiomodulation, medical and academic articles, hours of specialists lectures and podcasts was eye-opening. The benefits of red-light, infrared and near infrared light certainly delivers an incredible set of benefits for our health and wellbeing. I invite the readers to take a step and explore more information about red light therapy and whenever looking for that therapy look for protocols with a dosage understanding to assure you will experience the expected.
Wave project