// Precision Drug Delivery

Molecular
Formulation
at the Tip of
a Needle

We take your molecule and engineer the patch.
Next-generation dissolving microneedle arrays — engineered for pain-free administration, precise drug loading and seamless patient experience

Technology → Advanced Screening → Our Mission →

// Core Technology

Precision
at Every Scale

Each array contains dozens of micro-sharp tips, engineered with sub-micron accuracy for consistent transdermal delivery.

// Polymer Engineering

Dissolving
by Design

Customized polymer matrices encapsulate the active molecule — releasing it in a controlled, reproducible manner upon skin contact

// Molecular Formulation

Formulated
for the Patient

Making effective therapies more accessible — through innovation that puts the patient first.

// Market Opportunity

A Growing Global
Imperative

Global Market Size 2024

Microneedle Drug Delivery Systems

Grand View Research, Microneedle Drug Delivery Systems Market Report, 2024

Annual Market Growth

CAGR 2025–2030

Grand View Research, Microneedle Drug Delivery Systems Market Report, 2024

Projected Market 2030

Driven by dissolving microneedle adoption

Grand View Research, Microneedle Drug Delivery Systems Market Report, 2024

Adults with Needle Anxiety

A core barrier to treatment compliance

Harvard Health Blog — Terrified of needles? That can affect your health, 2021

// Core Technology

Array Resolution

Dissolving Polymer Matrix

Engineered at the
Molecular Scale

Our microneedle arrays are fabricated with sub-micron precision, embedding active pharmaceutical ingredients directly within a biocompatible polymer matrix. Each needle tip is architected to dissolve at a controlled rate — governed by molecular interactions between drug, excipient, and tissue

Polymer Matrix Engineering

Customized polymer matrices are optimized per drug molecule — tuning solubility, diffusion kinetics and degradation profiles at the nanoscale.

Transdermal Penetration Control

Needle geometry and aspect ratios are computationally derived to enable precise, minimally invasive transdermal drug delivery — ensuring controlled and reproducible permeation through the skin

Scalable GMP Fabrication

Envisioning a scalable process, we are developing robust manufacturing workflows designed to transition from laboratory-scale fabrication to industrial production — ensuring consistent array quality, geometric precision and drug loading uniformity across every batch.

// AI-Powered Formulation

Where Deep Learning
Meets Molecular Chemistry

BIOAXXENT's proprietary formulation approach maps the multi-dimensional interaction space between active molecules, excipients, and biological membranes — accelerating formulation design from months to days.

Molecular Interaction Modelling

Graph neural networks encode the full interaction landscape of drug-excipient pairs — predicting hydrogen bonding, hydrophobic contacts, and crystallization propensity before any experiment is run

GNN · MD Simulation

Predictive Formulation Design

Bayesian optimization loops integrate in-silico predictions with high-throughput experimental data, converging on optimal excipient ratios and processing conditions with minimal wet-lab iterations

Bayesian Opt · HTS

Release Kinetics Prediction

In vitro screening tools enable early-stage prediction of drug release behavior — guiding formulation decisions before costly in vivo studies. Physics-informed neural networks further simulate diffusion-reaction dynamics within the dissolving matrix, accelerating release profile prediction

PINN · PK Modelling

From Molecular Simulation
to Clinical Formulation

Our advanced molecular screening computes free energies of binding, diffusion coefficients, and phase stability across thousands of candidate formulations simultaneously — reducing experimental waste by over 70%.

Molecular Dynamics Free Energy Perturbation Graph Neural Networks Bayesian Optimization

Dissolving Array

// Product Gallery

Engineered with
Uncompromising Precision

Each dissolving microneedle array is precision-engineered with dozens of sharp polymer tips — designed to penetrate the outermost skin layer painlessly and dissolve completely on contact, releasing the encapsulated active molecule with controlled, reproducible kinetics.

DissolvingMatrix Type

Sub-mmNeedle Height

Pain-FreeApplication

// Patch Technology

A Fingertip of
Molecular Science

The complete patch platform — smaller than a postage stamp — integrates the full formulation stack: substrate, drug-loaded polymer matrix, and release layer. Engineered for self-administration, room-temperature stability and seamless integration into patients' daily lives

CompactForm Factor

Self-ApplyAdministration

StableRoom Temperature

// Development Process

From Molecule to
Market-Ready Patch

Molecular Screening

Computational and experimental screening maps drug-excipient interactions across thousands of combinations — rapidly identifying the most promising formulation candidates

In-Silico Formulation

Molecular modelling and simulation predict solubility, stability and release profiles — reducing experimental iterations early in development

Rapid Prototyping

Advanced fabrication techniques allow for fast turnaround of prototype arrays — enabling quick design iterations and early proof-of-concept

Analytics & QC

High-resolution microscopy and spectroscopic methods validate drug distribution and array integrity at every stage of development

Scale-Up & GMP

Robust manufacturing processes ensure consistent quality and reproducibility — designed to scale from lab to clinical and commercial supply

// Our Mission

Treatment,
Reimagined

Nobody chooses to be sick. Nobody should fear their treatment. At BIOAXXENT, we believe that the science of drug delivery has a human obligation — to make medicine more accessible, more comfortable, and more effective for every patient

// Fear Shouldn't Be a Barrier

Fear shouldn't stand between
a patient and their medicine

1 in 4 adults experiences needle anxiety. For patients managing chronic conditions — diabetes, hormone therapy, immunology — requiring regular injections, this creates a real and measurable barrier to treatment compliance. BIOAXXENT's dissolving microneedle arrays make administration painless, stress-free and self-manageable at home — removing fear from the equation entirely

Pain-Free Administration

// Beyond the Gut

Not every molecule survives
the journey through the gut

Many therapeutic peptides, proteins and biologics are destroyed by stomach acid before they ever reach the bloodstream. Transdermal delivery through the skin bypasses this entirely — opening a new class of molecules to non-injectable, patient-friendly administration. What previously required a clinic visit and a syringe can now be applied in seconds at home

New Therapeutic Frontiers

// Engineered for Each Molecule

A patch smaller than a postage stamp —
a difference measured in lives

Through advanced polymer formulation and molecular screening, BIOAXXENT engineers each microneedle array specifically for the molecule it carries — optimising release kinetics, stability and skin permeation. The result is a delivery system that is gentler, simpler and more accessible — turning complex pharmaceutical science into a seamless patient experience

Precision Formulation

"We formulate for the molecule.
We design for the patient."

BIOAXXENT GmbH

Molecular Formulation at the Tip of a Needle

Precisionat Every Scale

Dissolvingby Design

Formulatedfor the Patient

A Growing GlobalImperative

Engineered at theMolecular Scale

Where Deep LearningMeets Molecular Chemistry

From Molecular Simulationto Clinical Formulation

Engineered withUncompromising Precision

A Fingertip ofMolecular Science

From Molecule toMarket-Ready Patch

Treatment,Reimagined

Fear shouldn't stand betweena patient and their medicine

Not every molecule survivesthe journey through the gut

A patch smaller than a postage stamp —a difference measured in lives

Contact BIOAXXENT

Impressum

Privacy Policy

Molecular
Formulation
at the Tip of
a Needle

Precision
at Every Scale

Dissolving
by Design

Formulated
for the Patient

A Growing Global
Imperative

Engineered at the
Molecular Scale

Where Deep Learning
Meets Molecular Chemistry

From Molecular Simulation
to Clinical Formulation

Engineered with
Uncompromising Precision

A Fingertip of
Molecular Science

From Molecule to
Market-Ready Patch

Treatment,
Reimagined

Fear shouldn't stand between
a patient and their medicine

Not every molecule survives
the journey through the gut

A patch smaller than a postage stamp —
a difference measured in lives