B-III believes that aging is not an inevitable decline, but the weakening of vital life energy signals.
Deep within high-altitude laboratories, we observe the cellular self-repair of plants in extreme environments. Using nanotechnology, we capture these regenerative signals and translate them into a language that your skin truly understands.
This isn't just about reversing time; it is about Restarting the skin's innate youthful memory.
All biological activity stems from the dialogue between cells. As a vital part of life, the skin is constantly influenced by external environments and lifestyles, which gradually leads to the loss of signals and communication between cells, resulting in various signs of aging.
Dullness occurs when antioxidant signals fail to clear free radicals and melanin signals lose balance. Wrinkles appear because the communication between fibroblasts and keratinocytes weakens—specifically when fibroblasts fail to receive signals to produce collagen. Conversely, when skin is damaged, hyperactive repair signals can lead to excessive collagen production, resulting in scars and spots.
Outstanding Excellence
Full of Vitality
Biological Technology
Leading you to rediscover the significance of life sciences in skincare. We believe future skincare will fall within the realm of medical pharmacology.
Skin aging is essentially a skin condition; traditional skincare often fails to cure or prevent it, and may even cause secondary damage to the skin.
Life science has fully revealed the root causes of skin problems, and the solutions belong to the medical domain.
Based on life science principles, we enable true dialogue between skin cells to transform and prevent aging while solving various skin concerns.
With over 20 million biological samples in nature, there is an inexhaustible foundation for cellular supply.
21st-century science reveals that all life activities originate from cell-to-cell dialogue, including both plant and animal cells. B-III researches the phenomena and patterns of skin aging to delay it from the root.