Wipe Bundled with Cereve Baby Wash & Shampoo (8 oz) – For Tear-Free Baby Bath Time

• Gentle & Tear-Free Baby Care – This LUXPAKS Wipe pairs with Baby Wash & Shampoo (8 oz), a mild, non-irritating formula developed with pediatric dermatologists to cleanse baby’s delicate skin and hair without stinging the eyes.
• Fragrance-Free & Hypoallergenic – Designed for sensitive baby skin, this paraben-free, sulfate-free, and dye-free formula is gentle enough for newborns, infants, and toddlers, leaving skin soft, clean, and hydrated.
• Moisturizing & Skin-Nourishing Ingredients – Infused with 3 essential ceramides, hyaluronic acid, and vitamin E, this moisturizing baby cleanser helps restore the skin barrier, retain moisture, and prevent dryness.
• Accepted by the National Eczema Association – Dermatologist-tested and approved for eczema-prone skin, this baby body wash & shampoo provides soothing hydration while keeping baby’s skin and scalp healthy.

Make bath time gentle and soothing with the LUXPAKS Wipe Bundled with Baby Wash & Shampoo (8 oz)—a tear-free, hypoallergenic cleanser developed with pediatric dermatologists to nourish and protect delicate baby skin. This mild, non-irritating formula is free from parabens, sulfates, dyes, phthalates, and fragrances, making it safe for daily use on newborns, infants, and toddlers. Designed for sensitive and eczema-prone skin, this dermatologist-tested baby wash is accepted by the National Eczema Association, ensuring gentle, soothing cleansing without disrupting the skin barrier. Infused with 3 essential ceramides, hyaluronic acid, and vitamin E, this moisturizing baby shampoo and wash helps lock in hydration, restore the skin barrier, and leave baby’s skin feeling soft, smooth, and healthy. The LUXPAKS disposable wipe adds extra convenience, making this bundle perfect for quick, mess-free cleanups at home or on the go. Give your baby the best in skincare with this dermatologist-approved, nourishing baby wash bundle!

Ingredients

Ceramides

Hyaluronic acid

Niacinamide

Vitamin E