CanChip GmbH
About us
CanChip revolutionizes cancer research with its cutting-edge tumor-on-a-chip technology, overcoming limitations in traditional models. By authentically replicating the tumor microenvironment, CanChip accelerates drug screening and cancer treatment development. Their expertise in designing tracheal tumor chips not only enhances efficiency and accuracy but also facilitates collaborations with universities, paving the way for personalized treatment strategies and marking a transformative chapter in the battle against cancer.
Address
Am Mühlenberg 10
14476 Potsdam
Germany
E-mail: info@canchip.org
Phone: +49 331 200189810
Internet: canchip.org/de/home-deutsch/
Am Mühlenberg 10
14476 Potsdam
Germany
E-mail: info@canchip.org
Phone: +49331 200189810
Internet: www.canchip.org
Contact person:
Products & Services
Key Products & Technologies
Tumor-on-a-Chip: Vascularized 3D tumor models for efficacy and toxicity testing
BBB-on-a-Chip: In development; simulates the human blood-brain barrier
Custom Microfluidic Chips: Adaptable platforms for pharma and research
Sensor Integration: Planned live-readout modules (2026)
Services
Preclinical drug testing on human-based chips
Collaborative model development
Structured biological data reporting
full service provider (from development to analysis and report)
Unique Value
Human data, no animal testing
Faster, scalable, more predictive workflows
Award-winning biotech startup
Customized On-Chip Products
CanChip offers custom-designed microfluidic chips tailored to specific experimental or therapeutic needs in preclinical research. These chips are based on our modular platform and can be adapted in geometry, flow dynamics, cell compatibility, and integration features to meet individual requirements in oncology, neurology, and tissue engineering.
Each customized chip is designed in close collaboration with our partners to replicate specific biological conditions, enabling highly reproducible and human-relevant data for drug screening, disease modeling, or mechanistic studies.
Key Features
– Flexible layout design (channel structure, compartments, interfaces)
– Compatibility with various cell types (e.g. tumor, endothelial, neuronal)
– Integration-ready for sensors, imaging, or co-culture systems
– Fabricated under standardized conditions with biological validation upon request
Applications
– Patient-specific tumor modeling
– Blood-brain barrier simulations
– Combination therapy studies
– Custom toxicity screening
Our customized chips empower researchers and pharma teams to move beyond generic in vitro systems – toward predictive, human-based preclinical insights.