H2 Red Light S PRO
Red Light and Molecular Hydrogen
Red (RED) and near-infrared (NIR) light act on the skin and tissues through light energy that is absorbed by the surface of all body cells. This process is related to natural biological mechanisms associated with cellular metabolism and energy production in living biological organisms.
Light stimulation of cells is typically associated with supporting skin vitality, the comfort of muscles, tendons, and attachments, and also contributes to inducing a sense of overall regeneration of the organism. Therefore, red and near-infrared light technology is frequently used in wellness, sports, personal body care, as well as cosmetic procedures in both professional and home environments. More
Product code: P00260 Shipping and Payment
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Molecular Hydrogen and Its Applications
Molecular hydrogen ($H_2$) is the smallest known molecule, which easily diffuses through cells and the entire organism, and can also be used to saturate water for hydration and bathing purposes. In the field of wellness and skincare, it is primarily associated with specific antioxidant properties, especially regarding the effective neutralization of oxygen and nitrogen radicals. These radicals are considered a cause of inflammatory reactions in body cells, and in chronic forms, they often lead to serious degenerative diseases.
Due to its minimal size, it penetrates cell membranes, thereby contributing very effectively to protecting cells and cellular mitochondria from the oxidative stress of free radicals generated during cellular energy production by mitochondria (the cellular power plants).
Synergy of Red Light and Molecular Hydrogen
The combination of red light and molecular hydrogen represents a modern approach to cell and mitochondrial protection. Light energy is associated with supporting natural cellular activity and functionality, while molecular hydrogen is utilized for its antioxidant properties and also supports the production of cellular energy (ATP).
The combined use of both technologies can therefore induce a sense of rapid regeneration, sufficient energy, skin freshness, and overall relaxation. For these reasons, red light and molecular hydrogen are often used simultaneously as a complementary, effective synergy for the regeneration of the entire organism.
Differences Between the Use of Red (RED) and Near-Infrared (NIR) Light
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Red light acts primarily on the surface of the skin and is therefore used mainly in cosmetic skincare and for improving skin appearance.
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Near-infrared light (NIR) penetrates deeper into tissues and is used especially in procedures targeting the regeneration of subcutaneous structures (muscles, tendons, attachments, joints, bones).
It is common practice to recommend the simultaneous use of both RED and NIR to achieve the maximum effect on the cell.
Technical Specifications
| Parameter | Value |
| Spectrum | 480, 590, 630, 660, 670, 810, 830, 850, 1060 nm or custom-made |
| Dimensions | 48 × 30 × 6.5 cm |
| Number of LEDs | 144 |
| Product Weight | 8.5 kg ±0.5 kg |
| Suitable for | Targeted / Local application |
| Irradiance Intensity | ≥1400 W/m² |
| Rated Power | 240 W |
| Operating Current (230 V) | 2.00 A ±5% |
| Operating Current (110 V) | 3.3 A ±5% |
Additional Data (Common for All Models)
| Parameter | Value |
| Input Voltage | AC 100–240 V |
| Operating Modes | 3 |
| Number of Wavelengths | 9 |
| Material | Metal |
| Operating Temperature | 5–50 °C |
| Storage Temperature | −20 to +60 °C |
| Device Surface Temperature | ≤40 °C |
| Warranty | 3 years |
| Lifespan | 50,000 hours |
| EMF Emissions | 0.0 μT @4" |
| Lenses | 30° / customization available |
| Mobile App | Supported |
| Bluetooth | Supported |
| Brightness Adjustment | 0–100% (9 wavelengths individually) |
| Pulsed Mode | 1–10,000 Hz (9 wavelengths individually) |
