ENDOLEASE
The First Implantable Platform Technology for Super-Selective Intra-Arterial Drug Delivery
Why this matters?
Current pharmacological therapies are constrained by systemic administration, exposing both healthy and diseased tissues. This limits achievable doses, reduces effectiveness, and causes dose-limiting side effects.

- Systemic Toxicity: Even modern drugs affect healthy organs and cause off-target on tissue effects while trying to treat diseased tissue.
- Limited Efficacy: Therapeutic concentrations often do not reach target tissues and even targeted therapies are constrained by systemic exposure.
- Barrier to Innovation: Many promising compounds fail early due to safety limitations.
These challenges are particularly critical in cancer, cardiovascular, and neurological diseases—the leading causes of death worldwide—highlighting the urgent need for therapies that act precisely where they’re needed.

ENDOLEASE is a device-driven innovation enabling targeted, continuous drug release directly into the artery supplying the target tissue—maximizing local efficacy while minimizing systemic side effects.
- Minimally Invasive Implantation: Delivered via catheter, the implant can be placed in any vital artery.
- Intra-Arterial Delivery: The implant releases drugs directly into the supplying artery, ensuring precise, sustained therapy exactly where it’s needed, and is fully bioresorbed subsequently.
- Enhanced Efficacy & Safety: Localized delivery increases therapeutic effect while minimizing systemic exposure and side effects.

ENDOLEASE delivers drugs directly into the downstream capillary network of target tissue, unlike conventional drug-eluting stents that primarily act mechanically and release drugs into the artery wall.
Unlike stents, ENDOLEASE delivers drugs into the tissue’s downstream capillaries, allowing:
- delivery of significantly higher drug doses
- release of complex molecules such as antibodies
- highly controlled, localized therapy of multiple simultaneous drugs.
ENDOLEASE is a modular, implantable platform that combines a fundamentally new IP protected delivery principle with the flexibility to adapt to multiple drug classes and therapeutic areas, positioning it as a disruptive innovation in precision medicine.
Versatile Platform
Applicable Across Multiple High-Demand Markets
ENDOLEASE Opens Up Therapeutic Windows for Most Known Drug Classes.
It Offers Completely New Options for Treating Severe and Challenging Diseases.
Cardiology
Modulates heart tissue remodeling after myocardial infarction Opens new preventive strategies for heart failure Precision delivery in coronary arteries for maximum local effect
Oncology
Direct access to tumor microenvironment via feeding arteries Enables high-dose, combination, and targeted therapies Potential to treat previously untreatable or resistant solid tumors
Neurology
Localized intervention for post-stroke and cerebral bleeding conditions, including cerebral vasospasm and other neurovascular disorders Potential applications extending to degenerative neurological diseases Enables novel neurotherapeutic strategies previously not feasible with systemic therapies
Our Technology
Enabled by Novel High-Precision 3D Printing
ENDOLEASE leverages melt electrowriting and Bioprinting technologies to manufacture implantable devices at micrometer resolution, enabling highly controlled intra-arterial drug delivery.
Platform Components based on modular components:
- Scaffold: A micro-engineered structural framework that maintains implant integrity, provides mechanical stability, and replicates the natural biomechanics of blood vessels.
- Drug Matrix: Fills the scaffold’s micro-chambers, carrying therapeutic agents and controlling their release kinetics with precision.
- Therapeutic Agents: Supports multiple drug classes—from small molecules to antibodies—allowing flexible adaptation to different diseases and treatment strategies.
As a modular platform, as a configurable toolkit, enabling tailored, highly precise drug delivery across a range of indications.

→ Discover our technology
Meet the Team Behind the Innovation

Combines medical expertise with business acumen (Master in Translational Medicine & Health Business Administration) to guide ENDOLEASE from research to commercially viable solutions.
Member of Sigma Xi Scientific Research Honour Society

Expert in cardiovascular MEW applications, bridging medicine and engineering, responsible for scientific implementation of the platform…

Internationally recognized leader in bioprinting and MEW technology, providing advanced technical guidance.

Serial biotech entrepreneur with corporate venture capital expertise, providing strategic advice and supporting fundraising efforts.





Leading experts supporting the translational path of ENDOLEASE
Leading experts supporting the translational path of ENDOLEASE
Leading experts supporting the translational path of ENDOLEASE
Experts supporting the translational path of ENDOLEASE

Professionelles Teambuilding











































