01 / RESEARCH
Vascular biology
Investigating vessel structure, function, and biological responses.
RESEARCH-RELEVANT HUMAN TISSUE MODELS
Ready-to-use
3D Tissue Models.
Accelerating Research.
We're developing ready-to-use, standardized 3D tissue models that bring research closer to real biology.
Relevant
biology
biology
Standardized
& reproducible
& reproducible
Faster, more
predictive results
predictive results
Supports ethical
research
research
BUILT FOR
RESEARCH LABS RESEARCH-RELEVANT MODELS IN-HOUSE BIOPRINTING REPRODUCIBLE WORKFLOWS RESEARCH FIRST
RESEARCH LABS RESEARCH-RELEVANT MODELS IN-HOUSE BIOPRINTING REPRODUCIBLE WORKFLOWS RESEARCH FIRST
OUR TISSUE MODELS
IN DEVELOPMENT
Vascular 3D biomodels.
Designed for discovery.
We're developing a standardized, perfusable 3D vascular model that researchers will be able to integrate directly into their experiments—without building a bioprinting workflow from scratch.
- Perfusable vascular architecture
- Layered, biomimetic structures
- Reproducibility and quality control by design
FROM BIOPRINTING TO BIOLOGICAL INSIGHTS
We print.
We validate.
You research.
Our custom-developed bioprinting platform gives us control over fabrication, optimization, and validation. You get a research-ready model—without needing to become a bioprinting expert.
01
CAD design
Models tailored to the required structure and application.
02
3D bioprinting
Fabricated in-house on our proprietary platform.
03
Validation
Controlled, documented quality and model performance.
04
Ready for research
Researchers focus on their experiments, not fabrication.
POSSIBLE APPLICATIONS
A vascular foundation for
broader discovery.
Our initial focus is a perfusable vascular model. Over time, vascular structures could become building blocks for increasingly complex tissue models and new research applications.
02 / HIGH-THROUGHPUT
Drug testing
Future models for more physiologically relevant preclinical assays.
03 / TUMOR MODELS
Oncology
Exploring tumor–vasculature and microenvironment interactions.
04 / CUSTOM MODELS
Tissue engineering
Vascular networks as components of more complex 3D tissues.
THE PEOPLE BEHIND THE PLATFORM
Interdisciplinary experties.
One research mission.
Our team brings experience from research environments spanning in vitro and in vivo methods, oncology, immunology, medical physics, and translational science.
01
dr. Tim Božič
Experimental Oncologist
In vitro & in vivo research models
02
dr. Larisa Janžič
Immunologist
Cellular & translational immunology
03
Črt Keber
Medical Physicist
Medical physics & systems
04
Eva Hajšek
Project Financing
Grants & development strategy
05
Eva Šubic
Market Research Analyst
Customers & market insights