30–50 nm Precision Nanoarchitecture
Our proprietary framework maintains a tight particle size distribution between 30–50 nm to optimize tissue penetration and cellular uptake while minimizing off-target toxicity.

Our Vision
Hermez Nanomedicine is advancing a precision-engineered, clinically scalable delivery architecture designed to redefine how medicines are translated from molecular discovery to global deployment.

Precision LNP Engineering & One-Pot Synthesis
Hermez is dedicated to advancing precision medicine through rational nanoengineering and scalable process innovation, overcoming biological barriers to ensure drug delivery excellence.
Our proprietary framework maintains a tight particle size distribution between 30–50 nm to optimize tissue penetration and cellular uptake while minimizing off-target toxicity.
Features tunable lipid compositions and surface functionalization for tissue-selective targeting and controlled release kinetics.
A streamlined, single-step assembly process that ensures high reproducibility and batch-to-batch consistency.
Our architecture allows rapid transition from 100 mL laboratory batches to 500 L industrial-scale production without altering particle integrity.

Precision LNP Engineering & One-Pot Synthesis
Hermez is dedicated to advancing precision medicine through rational nanoengineering and scalable process innovation, overcoming biological barriers to ensure drug delivery excellence.
Our proprietary framework maintains a tight particle size distribution between 30–50 nm to optimize tissue penetration and cellular uptake while minimizing off-target toxicity.
Features tunable lipid compositions and surface functionalization for tissue-selective targeting and controlled release kinetics.
A streamlined, single-step assembly process that ensures high reproducibility and batch-to-batch consistency.
Our architecture allows rapid transition from 100 mL laboratory batches to 500 L industrial-scale production without altering particle integrity.
Translating High-Potential Therapeutics
Our platform transforms delivery-constrained candidates into clinically actionable programs, supporting a wide range of drug modalities.
Improving tissue permeability and reducing dose-limiting toxicity.
Precision-engineered targeting for systemic metabolic regulation.

Translating High-Potential Therapeutics
Our platform transforms delivery-constrained candidates into clinically actionable programs, supporting a wide range of drug modalities.
Improving tissue permeability and reducing dose-limiting toxicity.
Precision-engineered targeting for systemic metabolic regulation.

Translating High-Potential Therapeutics
Our platform transforms delivery-constrained candidates into clinically actionable programs, supporting a wide range of drug modalities.
Improving tissue permeability and reducing dose-limiting toxicity.
Precision-engineered targeting for systemic metabolic regulation.
