Controlling Growth
with
Automated Scalable Bioreactor for
Cell Therapy Manufacturing
Explore the Osilaris™ platform
At Scinus Cell Expansion we offer an Automated Cell Culture System to simplify ATMP manufacturing.
Osilaris™ is a unique benchtop bioreactor, designed for high-fold (>1000x) expansion of either adherent or suspension cells with proven protocols for MSC, T-cells, HEK, iPSC manufacturing.
Osilaris makes decentralized cell therapy manufacturing cost-efficient, less laborious, flexible and scalable with an automated, Class C cleanroom-ready design.
From vial to clinical dose in a single passage
Expand cells from start to finish without transfers, saving time and reducing contamination risks. Simplify your workflows and obtain billions of cells from a single cryovial.
Cost-Efficient GMP cell manufacturing
Take your process from research scale to clinical volumes in the same system, no need to switch platforms. Reduce
total cost of ownership and batch production costs with less equipment
overhead, consumables, reagents and labour commitment.
Take control of your culture
Achieve reproducible critical quality attributes (CQA) controlling in-line critical process parameters (CPP) like pH and Dissolved Oxygen (DO).
Designed around your cells
Flexible parameter control ensures your therapy drives the process, not the other way around.
"Scinus' bioreactor is the only system that offers a process compatible with patient-specific expansion of periosteum-derived cells for large bone defects"
We evaluated different and industry standard fixed-bed systems in the past, but the Scinus Cell Expansion platform has proven superior and now represents our gold standard technology. What sets the Scinus system apart is its remarkably low medium requirements, achieving unprecedented-fold expansion in a single, volume-expandable passage. The entire operation can be performed by one person, thanks to the system's intuitive handling and streamlined cell harvesting process.
Professor Liesbet Geris
Prometheus Division of Skeletal Tissue Engineering KU Leuven
