KOJIC ACID
BODY BAR

This safe and gentle brightening body bar minimizes the appearance of dark spot pigmentation without the use of toxic or irritating brightening ingredients traditionally found in brightening bars. Formulated with kojic acid and licorice root extract, two natural and effective brightening actives.​

This brightening bar has been dermatologist tested and is considered non-irritating. The natural bar may be used on dark spot pigmentation found on:​

• Underarms*​
• Elbows & Knees​
• Inner Thighs​

It can also be used on dark spots and blemish marks left behind from:​

• Ingrown Hairs​
• Insect Bites​
• Bacne (Back Acne) Scars​
• Chest Acne Scars​
• Buttocks Blemishes​

​*Tip: if you have severe or stubborn pigmentation on the underarms, use in conjuction with our takesumi brightening deodorant.​ ​

Apply to clean, dry underarms daily. For faster brightening results use the takesumi brightening bar prior to balm application. 

• Can also be used on the body following the kojic acid body bar on areas with dark spot pigmentation, areas that experience chafing and friction and to soothe and calm inflammation and irritation.
• Can be used on back and chest blemish marks, inner thighs, elbows and knees and on bug bites. 
• Once dark spots are minimized, continue to use the deodorant on underarms for lasting results.

Do not use after shaving or waxing. Always shave at night and allow the skin to calm down before applying the deodorant.

Some may notice slight redness or discomfort after using the deodorant for the first time. In order to ensure you can use the formula, test the deodorant on your forearm for twenty-four hours before applying it on your underarms and body. Look out for any unusual reactions.

For speed in brightning results, use the double dose system.

The longer the pigmentation has been present, the longer it will take to see significant improvement. Post-inflammatory hyperpigmentation is a result of irritation. Brightening treatments will be unsuccessful until underlying cause of inflammation has been addressed.