Good Science Beauty Delivers Effective, Naturally Nourishing Ingredients
Laura McQuarrie — June 4, 2018 — Fashion
References: goodsciencebeauty & thedieline
Good Science Beauty is an innovative skincare range with branding and packaging that was recently developed by branding studio Almighty, along with a visual system that takes cues from the periodic table of elements.
The science-backed skincare range sets itself apart with products like the 001-Pu
Purifying Face Cream and 005-Fi Skin Firming Cream, which deliver fresh, effective and naturally nourishing ingredients to the skin. UK scientist Dr. Suzanne Saffie-Siebert who spent about a decade working on a patented skincare technology, Good Silicon+, which uses engineered Silicon particles to carry active ingredients into the skin. Ultimately, Good Science Beauty is designed to work with the body and its natural processes in order to deliver safe and effective care without adverse results.
The science-backed skincare range sets itself apart with products like the 001-Pu
Purifying Face Cream and 005-Fi Skin Firming Cream, which deliver fresh, effective and naturally nourishing ingredients to the skin. UK scientist Dr. Suzanne Saffie-Siebert who spent about a decade working on a patented skincare technology, Good Silicon+, which uses engineered Silicon particles to carry active ingredients into the skin. Ultimately, Good Science Beauty is designed to work with the body and its natural processes in order to deliver safe and effective care without adverse results.
Trend Themes
1. Science-focused Skincare - The increasing demand for scientifically backed skincare products presents a disruptive innovation opportunity for companies to create skincare products with ingredient transparency and high efficacy.
2. Naturally Nourishing Ingredients - The trend towards using natural and organic ingredients in skincare presents a disruptive innovation opportunity for companies to develop sustainable, plant-based product lines.
3. Engineered Silicon Particles - The use of engineered Silicon particles in skincare presents a disruptive innovation opportunity for companies to develop new technologies for delivering active ingredients into the skin effectively.
Industry Implications
1. Skincare Industry - Skincare brands can explore the use of naturally nourishing ingredients and new delivery technologies to differentiate their products in the competitive market.
2. Beauty Packaging Industry - Branding and packaging agencies can leverage the trend of science-focused skincare to create innovative designs that communicate a product's scientific benefits and naturally-sourced ingredients.
3. Natural Ingredient Industry - To meet the demand for natural and organic skincare, ingredient suppliers can explore the development of new plant-based ingredients that are effective and sustainable.
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