Market-tested, clinically verified stock and customizable skincare bases manufactured under certified ISO 22716 & GMPC cleanroom standards.
Transitioning from basic mono-molecular hydration solutions to complex targeted dermal delivery cascades. Our bio-fermentation systems solve transdermal impedance through multi-spectral Dalton weights.
Ranging from 1,500 to 1,800 kDa. Forms a non-occlusive, breathable hydro-film over the stratum corneum, preventing Trans-Epidermal Water Loss (TEWL) and shielding against particulate airborne pollution.
Calibrated between 200 and 500 kDa. Engineered to support moisture retention inside the cellular junction matrix, repairing barrier vulnerabilities and stimulating physiological intercellular cohesion.
Ultra-low mass fragments processed through specialized bio-cleaving enzymes. Permeates directly into the dermal fibroblasts to up-regulate natural procollagen-1 synthesis and cellular autorepair mechanisms.
The global hyaluronic acid derma-cosmetics sector demands verifiable batch stability, clean-label compliance, and streamlined global cold-chain resistance.
Modern consumers in North America, the European Union, and the Asia-Pacific region are moving away from surface-level hydrating serums. Market telemetry confirms exponential demand for clinically supported active matrices containing non-animal derived sodium hyaluronate cross-polymers, ectoin, and bio-fermented peptide fractions. As a premier original design manufacturer (ODM) and contract filler, Guangzhou Beaza Biotechnology Co., Ltd. addresses supply-chain volatility through two autonomous manufacturing hubs—Guangzhou Aoyan Cosmetics Co., Ltd. and Guangzhou Xinzimei Cosmetics Co., Ltd.—delivering resilient ingredient access, rigorous micro-challenge testing, and end-to-end supply integrity.
Eliminate cross-border regulatory rejection risks with comprehensive, target-market documentation frameworks prepared simultaneously alongside manufacturing runs.
Full support for European Cosmetic Product Notification Portal (CPNP) submissions, Cosmetic Product Safety Report (CPSR Annex I) compilations, and designated Product Information File (PIF) archiving to streamline Responsible Person sign-offs.
Strict observance of the Modernization of Cosmetics Regulation Act (MoCRA). Every formulation undergoes accelerated stability tests, heavy-metal ICP-MS assays, and automated safety substantiation protocol logging.
Certificates of Free Sale (CFS), SASO conformity certifications, and halal-compliant processing environments engineered for rapid market penetration throughout GCC countries and Southeast Asia.
Customizing viscosity, osmolarity, and delivery mechanisms across distinct market verticals—from clinical medi-spas to mass-market retail lines.
Zero-irritant, fragrance-free ampoules utilizing pharmaceutical-grade sodium hyaluronate. Formulated specifically to calm erythema and accelerate cellular re-epithelialization following chemical peels or fractional microneedling treatments.
Rich, ultra-silky hydro-essences fortified with biomimetic ceramides (NP, AP, EOP), phytosphingosine, and centella asiatica to repair chemically sensitized or dry skin conditions.
Stable bio-compatible matrices holding pure sodium hyaluronate alongside ethyl ascorbic acid, alpha-arbutin, or niacinamide to prevent active ingredient precipitation and ensure high dermal bioavailability.
Fast-absorbing, non-sticky water-burst essence formulations engineered for younger consumers. Designed to smooth fine surface texture and double as an instant hydrating makeup base.
Our collaborative "1+2+2+N+N" R&D network actively bridges biotechnology breakthroughs with scalable contract manufacturing capabilities.
Deployment of modified non-animal fermentation vectors yielding dynamic 3D hydro-matrices. Enhances active water-binding performance up to 1,200 times its molecular mass while resisting immediate enzymatic breakdown by endogenous hyaluronidase.
Encapsulating targeted hyaluronate chains within bio-compatible lipid bilayers to facilitate deeper follicular penetration, reducing degradation along trans-epidermal pathways.
Developing naturally antimicrobial preservation systems derived from plant-polysaccharide fermentation, providing 3-year room temperature stability without conventional synthetics or parabens.
High-efficiency OEM/ODM formulations ready for packaging decoration, customized active enrichment, and international distribution.
Essential guidance for international beauty brand founders, brand managers, and cosmetic procurement teams partnering with our Guangzhou production facilities.