Cosmetics

The cosmetic industry experiences continuous innovation due to technological advancements that meet consumers' constant demand for additional beauty solutions. The cosmetic industry experienced rejuvenation through advanced materials that deliver improved performance along with products that meet consumer demands for safety and naturalness.

Fig.1 3D printing solution based on advanced materials.

CD BioSciences-Advanced Materials delivers cutting-edge cosmetic solutions through its advanced material products and services. We specialize in advanced cosmetic materials research and development as well as natural ingredient extraction and purification to develop tailored formulations that fulfill each client's unique needs. Our top-quality standards commitment requires comprehensive cosmetic tests and innovative research into packaging materials development.

New Ideas for Cosmetic Material Development

Application of Biotechnology: Advanced bio-fermentation technology, when paired with synthetic biology, generates novel possibilities for cosmetic raw material production. These technologies offer functional raw material alternatives that reduce dependency on traditional natural resources. Scientists have altered microorganisms through genetic engineering techniques to produce recombinant collagen and hyaluronic acid at high-efficiency levels.
Addition of Natural Active Ingredients: Natural active ingredient development has emerged as a significant trend because consumers are increasingly concerned about safety and environmental protection. Modern extraction techniques allow us to isolate botanical ingredients that demonstrate enhanced moisturizing effects and offer antioxidant and anti-aging benefits.
Precision Targeting Technology: Supramolecular technology enhances how cosmetic products deliver their active ingredients. The use of molecular self-assembly, together with supramolecular wrapping technology, improves active ingredient stability and transdermal absorption, which provides new development opportunities in cosmetics.

Our Innovative Technologies for Cosmetic Materials

Supercritical Fluid Extraction: Through the use of supercritical CO2, we extract active compounds from natural sources to achieve high-purity active ingredient isolation.
Enzyme Processing: We employ enzymes to either modify or extract beneficial compounds, which results in increased potency and bioavailability.
Nanotechnology: Through state-of-the-art nanosynthesis and modification methods, we are able to produce nanoparticles that help to enhance the delivery and stabilization of active components in formulations.
Microencapsulation: Microencapsulation protects active ingredients from degradation and supports controlled release to boost their efficacy in cosmetic products.

Genetic Engineering Technology: Our cosmetic ingredient development process involves plant/microbial genetic modification to achieve targeted efficacy results.
Computer Modeling and Simulation: Advanced software tools enable us to simulate ingredient interactions and predict molecular behavior, which streamlines formulation development.
3D Printing: The new technology enables companies to create specialized formulations and distinctive packaging designs that help products stand out.
Green Chemistry: Our expertise includes creating chemical processes that remove dangerous substances and advance sustainability during the creation of cosmetic ingredients.

Research Topics in Cosmetic Materials

The development of advanced materials has potential benefits for cosmetics by improving their effectiveness and safety while making them more appealing to users. Here, you can find various advanced materials we have developed.

Types	Details
Peptides	Peptides are short chains of amino acids that stimulate collagen production and improve skin flexibility. Examples include Matrixyl and Argireline.
Biopolymers	Natural polymers hyaluronic acid and chitosan hydrate the skin while they improve texture and fortify skin barrier protection.
Nanoparticles	Formulations containing nanoparticles preserve the stability of active ingredients and improve their delivery mechanisms. Zinc oxide nanoparticles, alongside titanium dioxide nanoparticles, are standard components of sunscreen products.
Probiotics	The health of the skin improves through beneficial bacteria that keep skin microbiota balanced. Examples include Lactobacillus and Bifidobacterium extracts.
Plant Stem Cells	Plant stem cell extracts display regenerative properties that promote skin repair and rejuvenation.
Plant Extracts	Modern extraction techniques allow us to separate useful compounds from plants like green tea extract and aloe vera, which are known for their antioxidant and soothing benefits.
Intelligent Delivery Systems	Technologies like microencapsulation allow active elements to be delivered and released precisely when and where needed on the skin.

Our Solutions

Fig.3 Extraction and purification of natural ingredients for cosmetics.

Extraction and Purification of Natural Ingredients for Cosmetics

Fig.4 Our cosmetic chemical raw material innovation services.

Cosmetic Chemical Raw Material Innovation

Fig.5 Our new cosmetic packaging materials R&D services.

New Cosmetic Packaging Materials R&D

Fig.6 Our cosmetic formulation development services.

Cosmetic Formulation Development

Fig.7 Our cosmetic safety evaluation services.

Cosmetic Safety Evaluation

Fig.8 Our cosmetic efficacy testing services.

Cosmetic Efficacy Testing

Choose Us as Your Cosmetic Materials Research Partner

CD BioSciences-Advanced Materials develops leading-edge cosmetic products and formulations for clients while maintaining top industry standards through their commitment to innovation and sustainable practices. Through our advanced natural ingredient extraction and purification processes, we produce effective products that satisfy consumer demand for clean and sustainable options. Our team invites you to contact us with any questions regarding our services.

For Research or Industrial Raw Materials, Not For Personal Medical Use!