AESTHETICO Callus Body Cream – Care for severely calloused skin
AESTHETICO Callus Body Cream has been specially developed for severely calloused, cracked, and rough skin, especially on the feet, hands, and elbows. The high urea content (40%) effectively removes excessive calluses. At the same time, it supports the skin's moisture content and strengthens the skin barrier – for visibly smoother and more supple skin.
The fragrance-free formula is ideal for targeted care of cracked skin, severe calluses, and rough skin. Thanks to the combination of urea, glycerin, and nourishing lipids, it has an intensive keratolytic, moisturizing, and smoothing effect without leaving a greasy film.
Properties:
✔ With 40% urea – strongly keratolytic
✔ Softens cracks, fissures, and rough skin
✔ Strengthens the skin barrier & provides moisture
✔ Fragrance-free
✔ Ideal for foot, hand, and elbow care
Application:
Apply once or twice daily to severely calloused or cracked skin and leave on for approx. 15–20 minutes. Avoid open skin and mucous membranes. Wash hands thoroughly after use. When using on feet, we recommend wearing cotton socks.
Note: A white film may form on sensitive skin, but this is harmless and can be washed off.
Skin type:
✔ Very dry & calloused skin
✔ Chapped & cracked foot skin
✔ Mechanically stressed skin (hands, elbows)
Special features:
✔ Contains 40% urea for effective callus removal
✔ Fragrance-free & dermatologically tested
✔ Supports skin moisture
✔ Strengthens the skin barrier
✔ Suitable for local application
Key ingredients & their effects:
Ingredient |
Effect |
Urea (40%) |
Strongly keratolytic, moisturizing & smoothing |
Glycerin |
Binds moisture in the skin & improves elasticity |
Lactic acid |
Supports the gentle exfoliation of dead skin cells |
INCIs: Aqua, Urea, Cetearyl Alcohol, Ethylhexyl Stearate, Glycerin, Dimethicone, Glyceryl Stearate, Sodium Cetearyl Sulfate, Lactic Acid, Piroctone Olamine, Propylene Glycol, Sodium Hydroxide, Triacetin, Titanium Dioxide, Silver Chloride, Diethylhexyl Sodium Sulfosuccinate.