Cellbricks Therapeutics

Cellbricks Therapeutics

Berlin, Germany· Est.
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Private Company

Total funding raised: $11.3M

Overview

Cellbricks Therapeutics is a pioneering biotech company aiming to address the critical unmet need for tissue restoration by developing biofabricated human tissue therapeutics. Its core technology integrates a proprietary light-based biofabrication system with AI-driven tissue engineering software to produce scalable and precise living tissue implants. The company is in the pre-clinical stage, backed by institutional investors and strategic hires like former BioNTech CFO Michael Kring, and is advancing its platform towards clinical applications for soft tissue defects and organ dysfunction.

Tissue DysfunctionOrgan FailureSoft Tissue Defects

Technology Platform

Integrated platform combining proprietary light-based biofabrication (hardware/process) with AI-driven tissue engineering software for the design and scalable manufacturing of functional, immune-compatible human tissue therapeutics.

Funding History

2
Total raised:$11.3M
Series A$8.5M
Seed$2.8M

Opportunities

The company addresses a massive unmet medical need in tissue and organ failure, where donor scarcity is a fundamental limitation.
Its integrated AI and biofabrication platform offers a potential path to scalable manufacturing, a key bottleneck in the field.
Successful development could open multi-billion dollar markets in orthopedics, wound care, and eventually complex organ repair.

Risk Factors

The technology is at an early, pre-clinical stage with unproven clinical efficacy and safety in humans.
Regulatory pathways for complex tissue-engineered products are stringent and uncertain.
The company faces significant competition and must overcome major technical hurdles in scaling GMP manufacturing.

Competitive Landscape

Cellbricks operates in the competitive tissue engineering and regenerative medicine space, competing with other bioprinting companies (e.g., 3D Systems, CELLINK/BICO, Prellis Biologics) and cell therapy firms developing scaffold-based implants. Its key differentiator is the integration of a proprietary light-based fabrication process with AI for design and process control, aiming for superior scalability and precision.