Core Technologies
Core Technologies in Cosmetic Ingredients
Two featured technologies sit behind our cosmetic actives: precision control of hyaluronic acid across molecular weight and structure, and a peptide platform covering cyclization, computational design, conjugation, and delivery.
TECHNOLOGY 01 · HYALURONIC ACID
Precision control of hyaluronic acid, from molecular weight to structure
Four capabilities let us match a hyaluronic acid grade to what a formulation needs — hydration, film forming, structural durability, or combined peptide functionality.
01
Precision Molecular Weight Customization
Advanced enzymatic and molecular weight control technologies enable precise customization of hyaluronic acid (HA) from approximately 2 kDa to 3,000 kDa, supporting different formulation requirements for hydration, film-forming, and skin conditioning.
02
HA Structural Modification
Through our manufacturing and R&D partners, we offer modified HA ingredients through technologies such as acetylation and mineral complexation, optimizing skin affinity, formulation compatibility, moisturizing performance, and sensory properties.
03
Crosslinked Hyaluronic Acid
Our crosslinking technology creates three-dimensional HA networks with enhanced structural stability and durability for advanced skincare, aesthetic, and biomaterial applications.
04
HA–Peptide Conjugation
By combining HA with functional peptides through controlled conjugation or grafting, we develop multifunctional ingredients that integrate the moisturizing and skin-conditioning properties of HA with peptide-based functionality.
Hyaluronic acid technology platform
Molecular weight customization, structural modification, crosslinking, and HA–peptide conjugation.
TECHNOLOGY 02 · PEPTIDES
A peptide platform from molecular design to delivery
Five capabilities span structural design, computational screening, conjugation chemistry, manufacturing practice, and encapsulation for skincare formulations.
01
Cyclic Peptide Technology
We use molecular design and peptide cyclization technologies to create cyclic peptide structures with improved structural stability and resistance to enzymatic degradation.
02
AI-Driven Peptide Design
By integrating CADD and AIDD, we efficiently screen, optimize, and develop functional peptide sequences for innovative cosmetic applications.
03
Peptide Conjugation Technology
Our conjugation platform combines peptides with selected functional molecules to develop multifunctional cosmetic ingredients with optimized properties and formulation performance.
04
PFAS-Free Peptide Manufacturing
We support the development and manufacturing of peptides using processes designed to avoid intentionally added PFAS, supporting evolving international regulatory and sustainability requirements.
05
Liposomal Peptide Delivery
Liposomal and advanced delivery technologies are used to encapsulate selected peptides, helping improve their stability, dispersion, and delivery characteristics in skincare formulations.
Peptide technology platform
Cyclization, AI-driven design, functional conjugation, PFAS-free manufacturing, and liposomal delivery.
Backed by partner laboratory R&D
Our cosmetic actives are developed with long-standing partner laboratories and manufacturers — giving customers access to experienced scientists, modern analytical instrumentation, and production that scales from lab samples to commercial supply.
Professional research laboratories
Experienced R&D teams
Strong analytical capabilities
Scalable production capacity
See these technologies in the portfolio
Hyaluronic acid, peptides, ceramides, botanical extracts, and fermentation-derived actives etc. — each supplied with full technical documentation.
Explore the ingredient portfolio
Technical partnership
Developing a new cosmetic active? Start with the technology.
Tell our Toronto team the performance you are formulating for, and we will advise on the hyaluronic acid grade, peptide structure, or delivery format that fits.
info@innovexbiochem.com