LED Light Therapy:

NASA Pioneered Tech 🚀

Light Emitting Diode (LED) therapy, including LED light therapy for skincare, was not invented in a single moment but has evolved over time with continuous research, as it continues to do so today.

The biggest advancement in LED light therapy happened by NASA in the 1990's.

They found that LEDs could stimulate plant growth in space, and this led to investigations into potential benefits for human health.

Research conducted by NASA and other institutions showed that LED light therapy had benefits for wound healing and tissue repair. This laid the foundation for exploring its application in skincare.

As LED therapy demonstrated positive effects on collagen production, reduction of inflammation, and improvement in skin texture, it started gaining popularity in the beauty and skincare industry.

Today, LED light therapy is widely used in various skincare treatments from LED masks to LED hand-held devices. These treatments offer benefits that includes reducing acne, promoting collagen production, and improving overall skin health. The invention and development of LED light therapy are a result of continuous scientific exploration and practical applications in different fields.

Our devices offer the most up-to-date, sophisticated technologies in LED light therapy. Drawing on decades of research and development, we have seamlessly integrated cutting-edge advancements into our products to ensure that users benefit from the latest breakthroughs in skincare science.

How Does LED Light Therapy Work? 🤔

LED therapy for skincare, also known as phototherapy, utilizes specific wavelengths of light to stimulate cellular processes within the skin. The different colors of LED light penetrate the skin at various depths, triggering various biological responses.

Here's a breakdown of how LED therapy works for skincare:

1. Red Light (620-750 nm):

Benefits: Red light is known for its anti-aging properties. It penetrates the skin at a deeper level, promoting collagen and elastin production. This helps reduce the appearance of fine lines and wrinkles, and it enhances overall skin firmness and elasticity.

2. Blue Light (405-495 nm):

Benefits: Blue light is primarily used for its antibacterial properties. It targets the bacteria responsible for acne, helping to reduce inflammation and minimize breakouts. Blue light therapy is often employed in treating acne and other skin conditions related to bacteria.

3. Green Light (495-570 nm)

Benefits: Green light is known for its calming and balancing effects. It helps reduce redness and inflammation in the skin, making it suitable for individuals with sensitive or irritated skin. Green light therapy also aids in improving pigmentation issues.

4. Yellow Light (570-590 nm):

Benefits: Yellow light is used to reduce redness, inflammation, and swelling. It is also beneficial for increasing circulation in the skin, which can contribute to a healthier complexion and improved skin tone.

5. Purple Light (380-420 nm):

Benefits: Purple light is a combination of blue and red light. It is believed to have dual benefits, combining the antibacterial properties of blue light and the collagen-boosting effects of red light. Purple light therapy is often used for its potential to address both acne and signs of aging.

6. Cyan Light (490-520 nm):

Benefits: Cyan light is a blend of green and blue light. It is known for its soothing and calming properties, making it suitable for individuals with sensitive skin. Cyan light can help reduce inflammation, improve skin texture, and promote an overall sense of relaxation.

7. White Light:

Benefits: White light encompasses the full spectrum of colors, offering white light provides a comprehensive approach to skincare. It enhances skincare by improving the absorption of products, promoting overall skin rejuvenation, reducing inflammation, and contributing to a more even skin tone and texture.

In essence, LED therapy works by stimulating cellular activity through the absorption of specific wavelengths of light. The targeted light energy prompts various biochemical reactions in the skin cells, leading to improvements in collagen production, reduction of inflammation, and overall skin rejuvenation. The non-invasive nature of LED therapy makes it a popular choice for skincare treatments, providing effective results without downtime or side effects.