Why is red light therapy essential for your energy and well-being?

Light affects us far beyond the visual realm,

Because we also absorb it through our skin cells, especially the light that penetrates deeper – such as red and infrared light. Countless studies have shown that red and near-infrared light stimulate the mitochondria (our cellular power plants) to increase ATP production (our main cellular energy source). Red light therapy offers an effective solution here.

Looking at our food chain, it becomes clear that light is the primary energy source for humans. In 1980, Dr. Paul Webb demonstrated in the "American Journal of Clinical Nutrition" that approximately 23% of human energy comes not from food, but from light, thus refuting the widely held calorie theory.

90% of the time indoors with only 0.3% light exposure.

Modern lighting technology and its associated costs have revolutionized our lifestyles. Statistics show that city dwellers spend 90% of their time indoors. Bright sunlight provides over 100,000 lux, even a shady day under a blue sky still reaches 20,000 lux, and a cloudy midday still manages 2,000 lux. In contrast, the lighting in our homes and workplaces often only reaches 300 lux. With such low light exposure, it's no surprise that we feel more energized and happier on sunny beaches. Prolonged indoor exposure can increase the risk of chronic pain, fatigue, and skin and vision problems, especially for office workers and the elderly.

The quality of the light is equally crucial.

A comparison between indoor and outdoor lighting reveals two key differences:
A significantly higher proportion of short-wavelength blue light indoors, known for the "blue light hazard." Long-term exposure to this wavelength can cause eye damage and, in the evening, suppress melatonin levels, leading to sleep problems. (For solutions, see our selection of products with blue light filter glasses.) The "nutritious portion" of red and near-infrared light, essential for cellular energy, is almost entirely absent in LED lighting. LEDs produce light from semiconductors, while natural sunlight consists of combustion radiation and provides a continuous full spectrum. Therefore, energy-efficient artificial lighting cannot replace natural light.

Solution for low energy, chronic pain and skin problems

Red light lamps, which provide red light between 630-670 nanometers and infrared between 810-880 nm, supplement the missing portion of the full light spectrum. Red light therapy, a form of photobiomodulation, has proven to be an effective method for promoting general well-being and treating various health problems. The wide range of applications, from enhancing athletic performance to skin rejuvenation, makes choosing the right device crucial. This blog post will help you select a red light therapy device and explain the key factors.

Red light (RED): Primarily absorbed by the skin, effective for skin treatments, collagen production and superficial healing processes.
Near-infrared light (NIR): Penetrates deeper into the body and has a positive effect on muscles, joints and internal organs.
With our red light lamps you benefit from:

• Accelerated regeneration
• Improved athletic performance
• Optimized hormone production
• Increased collagen production for healthy skin
• Reduced inflammation

• Your sleep and circadian rhythm
• The musculoskeletal system
• Mental and cognitive functions
• Eye health
• Their longevity

Biohacking empowers everyone to improve their quality of life with cutting-edge technology. Many, from professional athletes and gyms to health clinics, already use red light therapy as an essential tool for greater well-being, improved appearance, and increased self-esteem.

A 20-minute daily session with a red light lamp can improve the quality of life for everyone.

How do you choose the right red light device?

To select an effective red light lamp for your needs, please follow these guidelines:

• Skin rejuvenation and acne treatment

• Wavelengths: 630-660 nm red light is common for skin problems as it promotes collagen production and reduces wrinkles.
• Power: Moderate power is sufficient, as skin treatments do not require deep penetration.
• Device size: Handheld devices or small panels are sufficient for facial treatments.

• Muscle recovery and pain relief

• Wavelengths: Near-infrared (810-880 nm) penetrates deeper and is effective for muscle regeneration.
• Power: Higher power is preferred for deeper penetration.
  
• Device size: Larger panels or whole-body devices for comprehensive treatments.

• Wound healing
  
  
• Wavelengths: Combination of red (630-660 nm) and near-infrared (810-880 nm).
• Performance: Moderate to high performance is effective depending on tissue depth.
• Device size: Adjust to the size of the wound.

• Hair growth

• Wavelengths: 630-670 nm promote hair growth.
• Power: Low to moderate power for scalp treatments.
• Device size: Starter or Expert.

• General well-being and anti-inflammatory effect

• Wavelengths: Mixture of red (630-660 nm) and near-infrared (810-880 nm).
• Performance: Different performance levels depending on the goal.
• Device size: Full-body panels or beds for comprehensive wellness