• Our Technology

Engineered for fragile biologics. Verified in viable skin

ExoGenis provides the delivery unlock for complex biologics, ensuring they reach the viable skin layer without degradation.

Cross-section illustration of micro-needles penetrating skin layers to deliver microscopic particles beneath the surface.

Precision delivery into viable skin

Our dissolvable microneedle interface targets the viable epidermis (80–150 μm) — the optimal zone for biologic uptake. No retained needles, no damage.

Key benefits:

  • No retained needles
  • Controlled depth (80–150 μm)
  • Minimally invasive
  • Compatible with clinical workflows and biologics
  • Our dissolvable microneedle interface loaded with exosomes

How it works

The patch painlessly creates microchannels that enable delivery of exosomes, peptides, and growth factors into viable skin. Channels close within minutes—designed for minimal downtime.

APPLY
PATCH

Illustration of a transparent device with five prongs gently pressing into layered skin cells.

Patch is applied to clean, dry skin.

CREATE
MICROCHANNELS

Illustration of a translucent device with five prongs penetrating skin layers, showing interaction with cells and lipid layer beneath.

Microstructures create uniform microchannels at a precise depth.

DELIVER
BIOLOGICS

Illustration of skin layers with a transparent patch releasing blue molecules that penetrate through the outer and inner skin layers.

Biologics are delivered through the microchannels into the skin.

PATCH
DISSOLVES

Digital illustration of layered skin cells showing different cell structures in a cross-section view.

Channels close within minutes. Designed for minimal downtime.

One platform. Multiple biologics. Multiple indications.

ExoGenis is built around a biologic-compatible, dissolvable microneedle patch that serves as a configurable delivery platform.

The same patch architecture can be paired with different biologic payloads, indications, and clinical use cases without redesigning the delivery system.

Square transparent container holding an array of evenly spaced small, pointed golden spikes.

current focus

Exosomes

Extracellular vesicles for regenerative and maintenance skin applications.

IN development

Growth factors

Precise placement for tissue regeneration and repair.

IN development

Peptides

Bioactive peptides that are unstable or ineffective when applied topically.

research phase

Vaccines (Future)

Intradermal delivery for immunologic applications.

future focus

Complex proteins

Larger biologic molecules that cannot penetrate the skin barrier.

future focus

Combination therapies

Layered or sequential delivery on the same platform.

We build delivery infrastructure, not cosmetic SKUs.

how-it-works-list-icon

Injection-free micro-channel formation, depth-controlled placement, and preserved biologic integrity — verified on bench, with pilot manufacturing underway.

how-it-works-list-icon

Repeatable release kinetics. Designed to integrate with the actives you already trust.

From prototype → clinical adoption

Built on validated technology, now moving into clinical deployment with partner clinics

roadmap-indicator

MVP & prototyping

Completed

Core delivery system built and functionally validated.

Technical validation

ongoing

Reproducibility, stability, and performance testing ongoing.

Pilot manufacturing

next

Scale-up and manufacturing readiness in progress.

Clinical pilots

planned

Clinical deployment with partner clinics (2026).

Interested in partnering with us?

We collaborate with aesthetic manufacturers and pharmaceutical labs to integrate our delivery system with your active ingredients.

EXOGENIS.

DELIVERY TECHNOLOGIES

ExoGenis operates through affiliated entities, including ExoGenis ApS (Denmark) and ExoGenis Pte. Ltd. (Singapore).