Cryopreservation
Advanced Cryopreservation Solutions
for Cell & Gene Therapies
Service
Description
Ensuring long-term viability and stability is critical for advancing cell and gene therapies. At CCS, we provide validated cryopreservation solutions that maintain cell integrity not only for research, clinical trials, and late-stage development — but also for leading commercial cell therapy products. We optimize freezing processes during cryopreservation for CAR-T cells, hematopoietic stem cells (HSCs), and induced pluripotent stem cells (iPSCs).
Our expertise in GMP-compliant cryopreservation integrates seamlessly into advanced therapy workflows, ensuring that cryopreserved cells retain viability and functionality post-thaw, supporting preclinical research, clinical trials, and biomanufacturing.
Why
Choose us?
Center of Excellence
Secure Long- and Short-Term Storage
Dependable Logistics
Service Offerings
Cryopreservation Techniques Tailored to Therapy
Using controlled rate freezing and vitrification, our team performs industry standard and custom cryopreservation protocols that protect the viability of unique cell products through the freeze-thaw cycle.
Cold Chain Logistics for Frozen Cell Products
Through on-site warehousing and strategic partnerships with organizations like Marken UPS Healthcare Precision Logistics, we provide controlled storage and global distribution.
GTP-Compliant Cryopreservation
Our cryopreservation processes follow GTP guidelines, FACT standards, and regulatory expectations for research, clinical trials, and late-stage development.
Seamless Draw-to-Thaw™ Integration
Our proprietary workflow enhances post-thaw cell viability and potency, ensuring efficient transition into manufacturing.
Stem Cell & Immunotherapy Cryopreservation
We specialize in cryopreserving HSCs, CAR-T cells, NK cells, and iPSCs, ensuring stability for cell therapy.
Customized Cryopreservation Solutions
From early-stage research to clinical and GMP-compliant applications, our cryopreservation methods are tailored for maximum cell viability.