We build the operating system and infrastructure layer for biofabrication R&D and production, enabling teams to translate biological design into structured, manufacturable products.
Democratizing Biofabrication through Intelligent Automation.
We define a system where biofabrication workflows are structured, reproducible, and scalable by default, allowing teams to focus on product development rather than workflow assembly.
Current biofabrication workflows are fragmented across tools, environments, and teams. Experimental knowledge is difficult to reproduce, and development does not transfer cleanly into production.
BLI develops a coordinated system where design, execution, and analysis operate as a continuous process. Loominus Studio, BioLoom, and MetaLab structure workflows, capture parameters, and maintain continuity across stages.
Product Superintelligence defines a system where discovery, experimentation, fabrication, and validation operate as a continuous pipeline.
BLI builds the infrastructure and operating system that enables this. It is the coordination layer that connects design, execution, and learning into one structured system.
Infrastructure over tooling
BLI replaces disconnected tools with a system where workflows are encoded, versioned, and reusable.
Coordinated by design
Loominus Studio, BioLoom, and MetaLab operate as one system across all stages.
Built for compounding returns
Each workflow contributes to a growing knowledge base that improves speed, reliability, and reproducibility.
Building from first principles.
Founded
BLI was established to address the gap between biological discovery and productization.
First prototype
Initial system focused on structuring workflows and capturing procedural knowledge.
BioLoom development
Fabrication systems were integrated to enable execution continuity.
Research partnerships
System validated across real lab environments.
Platform launch
The BLI Tech Stack released as an integrated system for continuous biofabrication.
Engineers, scientists, and system builders.
An interdisciplinary team building infrastructure for the biomaterial economy.
Filippos Tourlomousis, PhD
Founder & CEOBiomaterials scientist and systems architect. Former post-doc researcher at MIT Center for Bits and Atoms.
Katerina Pramatari
Board of Directors MemberEntrepreneur and professor specializing in IoT, retail, and business analytics. Founder of two startups and a leading university accelerator.
Charles Fracchia
Board of Directors MemberBioeconomy executive focused on manufacturing assurance, strategic security, and resilient biological systems.
Konstantinos Nikitidis
Director of OperationsOperations lead and dynamic analyst. Experienced in B2B, with a strong focus in data-driven financial analysis and operations.
Georgios Pavlou, PhD
Director of BiologyBioengineering scientist specialized in engineering advanced biological systems. Former post-doc researcher at MIT.
Sophia Economidou, PhD
Director of EngineeringBiomechanical research engineer with experience in 3D printing, medical devices, and product development.
Panagiotis Menounos
CTO & Lead Software EngineerBLI's first engineer evolved into leader in software development. Former production manager and mechanical engineer.
Alexandros Tsardoulias
Design & Syndication EngineerInterdisciplinary engineer specialized in AI-native systems for marketing and UI/UX design. Former freelancer & agency founder.
Jose Martinez Castro
Industrial & Computational Design EngineerDesigns products and interactive experiences with a balance of creative and technical problem solving.
Georgios Kemeridis
AI-Native Software EngineerExperienced software engineer specializing in full-stack systems, AI tools, and end-to-end product development.
George Kalampakas
Embedded Software EngineerHandles both software and hardware, bridging embedded systems, controls, and product execution across the platform.
Konstantinos Lazaridis
Mechatronics EngineerDesigns and builds mechatronic systems, from CAD and PCB design to robotics prototyping and testing.
Ioannis Mavrodontis
Physical Product Development EngineerDesigns medical devices and mechatronic systems. Focused on biomimicry, additive manufacturing, and practical problem solving.
Petros Panigirakis
Mechanical EngineerDesigns mechanical systems, builds prototypes, and supports product development from concept to testing.
Christina Chrysaeidi
Operations AssistantSupports day-to-day operations and helps coordinate internal workflows across the company.
Partnering with innovators.
Where we operate.
Loominus Designs & Orchestrates. BioLoom Prints. MetaLab Formulates.
The BLI Tech Stack is the integrated system developed by BLI to connect design, fabrication, and formulation into a continuous workflow.
What Defines BLI.
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