Consolidating the know-how of the world's leading TOKIO INKARAMI SALON SYSTEM,
TOKIO SPA INKARAMI TREATMENT, which cares for the scalp and hair at the same time, has been newly created.
We noted that the common denominator of condition decline in both scalp and hair is "dryness".
We thoroughly pursued the damage spiral triggered by dryness,
We have elucidated that "super-hydration" is the key to environmental improvement.
TOKIO SPA INKARAMI TREATMENT is,
While applying the highest level of "moisturizing" to the scalp using the latest technology,
By restoring hair strength and controlling the balance of moisture and oil with the patented INKALAMI technology,
We provide higher quality results by simultaneously improving the environment of the scalp and hair.
We solve customers“ problems and complexes with our ”double care" of head spas and salon treatments.
Improve customer satisfaction and hourly rates,
Contribute to the creation of salons that provide high value.
We propose a new menu by TOKIO SPA INKARAMI TREATMENT.
Plant extracts remove sebum stains and clogged pores on the scalp, resulting in hair growth and whitening effects. It controls skin problems and moisturizes the scalp to improve the scalp environment.
Also known as red gauklua, it is a tropical plant and a type of herb.
Rich in flavonoids with antibacterial properties, it adsorbs and removes excess sebum without stressing the scalp.
100% natural cleaning material, high in saponins with surfactant properties.
Controls perspiration and age-related odors.
Its high water retention and viscosity prevents rough skin and keeps skin moist.
Waterfowl-derived down and feather keratin and gemini-type amino acids with high affinity for hair penetrate damaged areas.
Fullerene prevents oxidation.
Molecular weight 750: The amino acid composition is close to that of hair and has a high affinity for it, making it highly effective for protection and maintenance. It contains more hydrophobic amino acids than wool keratin.
It penetrates at a low molecular weight and is then polymerized by subsequent acid treatment, which increases hair strength and prevents runoff.
It is formed from natural fatty acids and amino acids, which are close to hair components, and has excellent affinity and absorbability into hair.
It is effective in improving strength, texture, increasing water binding, and inhibiting cuticle lifting.
Keratin amino acids combine with TOKIOSPA1 to form a high molecular weight, which greatly improves strength and elasticity, and also makes it more resistant to runoff.
Fullerene prevents oxidation.
Molecular weight 90-200: Keratin derived from human hair and most suitable for repair.
By bonding with keratin derived from waterfowl, it becomes a high molecular weight (20,000) and shows excellent hair repair, moisturizing effect, and strength recovery.
Heating causes bonding (amide bonding) with the amino groups of keratin. The excellent adsorption property allows it to remain in the hair and make it hydrophobic. It is expected to repair, moisturize, prevent static electricity, and improve the hair's combing action.
Molecular weight 30,000: Hydrolyzed polymer keratin derived from wool.
It forms an excellent film, giving the hair elasticity and luster while improving manageability.
Ceramide NG, hydrolyzed collagen, and 13 types of vegetable oils provide a barrier effect on the hair surface by increasing water and moisture retention.
Fullerene prevents oxidation.
Oil accounts for more than 80% of the lipids in hair. It has excellent water retention and barrier effects.
It works on the damaged part of the hair to repair + protect it.
It also has a conditioning effect on the hair and improves luster and manageability.
