Industry News

The global cosmetic ingredients market in 2026 is defined by a demand for radical efficacy, sustainability, and scientific integrity. Brands now require active ingredients that deliver clinically proven results while aligning with clean, transparent, and eco-conscious values. At Synlotic Biotech, we meet this challenge head-on by leveraging advanced synthetic biology to engineer the next generation of high-performance, sustainable cosmetic actives.

Is your skin feeling dry, sensitive, or lacking its natural resilience? The secret to restoring its healthy glow may lie in reinforcing its most fundamental defense: the skin barrier. At Synlotc Biotech, we harness the power of synthetic biology to masterfully produce high-purity, sustainable Ceramide NP and Ceramide AP, your premier ingredients for next-generation skincare and haircare formulations.

The foundation of ageless skin lies in targeted cellular care. Our curated portfolio of advanced actives is designed to address every key sign of aging—from wrinkles and loss of firmness to hyperpigmentation and barrier degradation.

In the world of skincare, the terms “soothing” and “repairing” are often used interchangeably, but they represent fundamentally different biological processes and skincare objectives. For brands and formulators, understanding this distinction is essential to creating effective products that meet specific consumer needs. At Synlotic Biotech, a Shanghai-based leader in advanced skincare ingredients, we specialize in developing targeted solutions for both pathways.

In today's beauty and skincare market, Anti-aging Ingredients have become the cornerstone of innovation and product performance. These powerful components are specifically formulated to reduce wrinkles, restore elasticity, and rejuvenate the skin's youthful glow. With the advancement of biotechnology, companies like Synlotic Biotech (Shanghai) Co., Ltd. are dedicated to developing cutting-edge anti-aging solutions based on natural extracts, peptides, and advanced molecular science.

​In today's biotechnology industry, Biosynthesis Ingredients are reshaping how we develop pharmaceuticals, cosmetics, nutraceuticals, and even industrial chemicals. Instead of relying solely on petrochemical or traditional extraction methods, biosynthesis allows scientists to engineer microorganisms—such as bacteria, yeast, or algae—to produce high-value compounds in a cleaner, more efficient way. As a result, these ingredients have become a cornerstone of sustainable innovation.