Email Us
CellStore offers a complete portfolio of single-use, sterile fluid transfer and sampling consumables for cell therapy, biopharmaceutical and bioprocess applications. The product range includes three c...

Consumables

CellStore offers a complete portfolio of single-use, sterile fluid transfer and sampling consumables for cell therapy, biopharmaceutical and bioprocess applications. The product range includes three core lines: Ezi-Con Liquid Transfer Accessories, FlowStori Liquid Transfer Bags & Sets, and AirLite Cell Culture Bags, covering the full workflow from sample filtration, aseptic sampling, and fluid transfer to cell culture and storage.

All products are manufactured in a Class C cleanroom and meet the most stringent quality standards in the biopharma industry


Key Advantages



Workflow Applications


CellStore Harv™ can support multiple cell processing steps, including:



Representative Cell Processing Performance


Cell TypeInitial VolumeInitial ViabilityPost-Harvest ViabilityRecovery Rate
MSC10 L93.40%97.30%92.10%
NK30 L95.00%94.90%93.50%
T cells5 L97.20%98.00%98.50%
CHO100 L95.10%97.40%98.00%


Harv demonstrated high recovery and maintained post-processing viability across multiple tested cell types.


Data shown are representative test results. Actual performance may vary depending on cell type, culture condition, process volume, kit configuration, and user-defined parameters.


Closed, Pre-Sterilized Single-Use Kit


The single-use kit provides a closed fluid path for cell harvesting, washing, concentration, and medium exchange. Pre-sterilized and ready to use, the kit helps eliminate CIP/SIP requirements and supports aseptic processing workflows.

Pressure-decay integrity testing can be performed to support process safety and verify kit integrity before, during, and after operation.


closed-cell-processing.png













Technical Specifications


SpecificationDetails
Dimensions625 × 611 × 735 mm
Weight75 kg
Power Supply220 V / 50 Hz / 1 kW
Operating Temperature & Humidity5°C–40°C / 0%–85% RH
Max. RCF4,000 × g
Max. Flow Rate1,000 mL/min
Temperature ControlLiquid-cooled centrifuge chamber
Kit Integrity TestPressure-decay method
Data Output & UploadUSB export / ProfiNet real-time data upload
External ControlOptional external control interface; availability depends on configuration and user requirements



Ordering Information 


System

ProductCatalog No.
CellStore Harv Automated Cell Harvest CentrifugeCS-HARV-01


Single-Use Kits

ProductCatalog No.
Single-Use Cell Harvest Kit – 275 mLCS-H-275
Single-Use Cell Harvest Kit – 100 mLCS-H-100



Need to Discuss Your Cell Processing Workflow?


Tell us your cell type, starting volume, target final volume, washing steps, and process requirements. Our team will help recommend a suitable Harv configuration and single-use kit.


Request a quote or product brochure


Related Cryopreservation Media
Inquiry

For more information about CellStore Biotechnology or our products, feel free to contact us. 


- Partnering with us? 

- Want to become our distributor? 

- Some feedback that you have? 


Privacy Policy

Quick Links
What Is Mesenchymal Cryopreservation Medium? Customer Case|CS-PM-D1 Enables High-Quality CBMC Cryopreservation Key Points for Evaluating Cryopreservation Effectiveness and Sample Transfer CellStore Stem Cell Cryopreservation Medium: Powering China's Stem Cell Therapy Revolution in 2025 Critical Considerations for Effective Cryopreservation of Cells and Tissues: from Experimental Design to Protocol Execution Reshaping the Microcosm of Life: Let 3D Models Say Goodbye to the "Frostbite" Era How to Freeze and Thaw Cells with Cell Freezing Medium? How to Choose the Right Tissue Culture Media? Cryopreservation Best Practices 8 Components of Tissue Culture Media Homemade freezing medium or commercial freezing medium? Simplifying PBMC Cryopreservation without Compromise — Application 1 Simplifying PBMC Cryopreservation: Direct Freezing of Whole Blood Application 2 How Does Cryopreservation Media Protect Cells During Freezing and Long-Term Storage? Cryopreservation of Embryos Advantages What Is Cryopreservation of Stem Cells and Is It Worth It? Does Cryopreservation Impact T Cell Viability and Therapeutic Efficacy? A Stable Freeze–Thaw Step Can Make All The Difference In Cd34⁺ Cell Workflows. Why Does “dead volume” Still Challenge Automated Cgt Manufacturing — And How Can We Design Around It Instead Of Fighting It? Case Sharing | Clinical Application: Performance Interpretation of CS-SC-D1 Cryopreservation Medium Technology Sharing | Rethinking CHO Cell Banking: Toxicity, Workflow Burden & Simpler Operations CS-DX-N2 Keeps >90% Of Cells Alive, With Markers Virtually Unchanged From Fresh What Happens to Cell Viability After 3–6 Months of Cryopreservation? Cryopreservation Challenges in iMSC Cell Therapy Workflows Cryopreservation for CAR-NK Cells: Functional Retention Matters Stability Under Extended 4°C Holding In Msc Manufacturing Post-Thaw Stability Under Room-Temperature Holding In Msc Manufacturing Beyond Viability: Evaluating PBMC Cryopreservation from a Post-Thaw Workflow Perspective Understanding PBMC Freezing and Culture New product launch — meet AirLite Cells need to be more than alive after thawing How to Cryopreserve Peripheral Blood Mononuclear Cells (PBMCs) Methods for Preparing and Using Cell Freezing Media What Are the Different Types of Tissue Culture Medium? Isolation, Freezing, and Thawing of PBMCs CellStore Q&A Series |Why Choose Commercial Cryopreservation Media Over Homemade Formulations
Email
lumy@cellstore-global.com
Tel
010-82170580
Address
5-101, Bldg. 10, No. 6 Dongsheng Science and Technology Park North St., Haidian Dist., Beijing, China.