ABOUT CARR BIOSYSTEMS
With over three decades of pioneering versatile stainless steel and single-use separation systems, CARR Biosystems delivers high-performance, fully-scalable bioprocessing solutions to accelerate process development. We help scientists and engineers produce vital biologics in emerging and established markets, including cell and gene therapy, vaccine development, microbial fermentation, and cellular agriculture.
OUR PRODUCTS
CONTACT INFORMATION
CARR Biosystems
14550 58th St N
Clearwater, FL 33760
UNITED STATES
Phone: 727.287.9400
Contact: Dave Johnson
FEATURED ARTICLES
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![CARR Bio - UFmini]( "Enabling MSC Harvest, Wash, And Concentration")
A study demonstrates how a low-shear, closed-system centrifuge achieved over 90% MSC recovery and minimized viability loss, supporting scalable cell therapy manufacturing.
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![GettyImages-545581230-lab-research-computer-tablet-teamwork]( "Media Exchange In iPSC Cell Expansion And Differentiation: A Comparative Study")
Low-shear, closed-system media exchange in iPSC differentiation is vital for scalability. This study compares automated centrifugation to gravity sedimentation, showing equivalent or superior differentiation outcomes.
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![GettyImages-1496092683 cleanroom]( "Rethinking Capital Efficiency In Cell Processing")
In cell processing, rigid, single-function equipment can lead to inefficiencies, wasted space, and scheduling conflicts. A versatile approach can help teams do more with less.
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![GettyImages-1347856166 tube, research, lab]( "Overcoming Scale-Up Challenges In iPSC Production: A Joint Investigation")
Discover how new processing methods tackle challenges in large-scale stem cell production and how automated, low-shear processing maintains cell health and pluripotency across production scales.
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![GettyImages-1695276785 lab, vial, research]( "Smarter Cell Washing And Pre-Formulation For Allogeneic Therapies")
Discover common pitfalls in cell washing and pre-formulation, including incomplete contaminant removal, manual handling, and throughput issues that compromise product quality and efficiency.
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![GettyImages-692413188 lab research]( "Cell Harvesting: A Strategic Lever In Allogeneic Therapy Production")
Current cell harvest techniques in allogeneic manufacturing face limitations, including scalability issues and cell damage. Learn why a shift in approach is vital for high-quality, efficient production at scale.
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![GettyImages-675822742 bioreactor]( "Addressing The Challenges In Lentivirus Harvest Clarification")
Traditional depth filtration struggles with lentiviral harvest clarification, leading to low yields and high costs. However, single-use centrifugation offers a promising alternative.
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![Scientists working laboratory-GettyImages-1441663123]( "Navigating The Challenges Of iPSC Differentiation: The Advantages Of Tubular Bowl Centrifuges In Media Exchange")
This article discusses the application of tubular bowl centrifuge technology in the cultivation of induced pluripotent stem cells (iPSCs) for regenerative medicine.
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![Cell Therapy development GettyImages-1429367489]( "The Dynamic Role Of Processing Speed In Cell Separation Outcomes")
Explore how the processing speed of cell separation methods impacts product quality, process efficiency, and overall economics.
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![Test Tube Blood Samples GettyImages-177440807]( "How Tunable Cell Processing Solutions Ensure Separation Efficiency")
Single-use tubular bowl centrifuges are standing out to cell therapy developers for their ability enable the optimal balance between high separation efficiency, high productivity, and low shear.
