Cetaphil Packaging Redesign
The Cetaphil Packaging Redesign project reimagines the brand’s core skincare range with a cleaner, more contemporary visual language while preserving its trusted, dermatologist-backed identity.
The Cetaphil Packaging Redesign project reimagines the brand’s core skincare range with a cleaner, more contemporary visual language while preserving its trusted, dermatologist-backed identity.


2024
3D Artist
BRAND DESIGN
PRODUCT RENDERING
The Cetaphil Packaging Redesign explores a refillable, reusable system that reduces single-use plastic while keeping the brand’s gentle, dermatologist-backed identity intact. The new primary packs are designed to be durable objects that users can keep on their shelves long term, while lightweight refill units deliver the formula with significantly less material and transport impact.


The Cetaphil Packaging Redesign project reimagines the brand’s core skincare range with a cleaner, more contemporary visual language while preserving its trusted, dermatologist-backed identity.


2024
3D Artist
BRAND DESIGN
PRODUCT RENDERING
The Cetaphil Packaging Redesign explores a refillable, reusable system that reduces single-use plastic while keeping the brand’s gentle, dermatologist-backed identity intact. The new primary packs are designed to be durable objects that users can keep on their shelves long term, while lightweight refill units deliver the formula with significantly less material and transport impact.


The Cetaphil Packaging Redesign project reimagines the brand’s core skincare range with a cleaner, more contemporary visual language while preserving its trusted, dermatologist-backed identity.


2024
3D Artist
BRAND DESIGN
PRODUCT RENDERING
The Cetaphil Packaging Redesign explores a refillable, reusable system that reduces single-use plastic while keeping the brand’s gentle, dermatologist-backed identity intact. The new primary packs are designed to be durable objects that users can keep on their shelves long term, while lightweight refill units deliver the formula with significantly less material and transport impact.

