ABOUT CHARTER MEDICAL
Charter Medical, LLC has more than 30 years of experience developing and providing specialty single-use products to the cell therapy, blood transfusion, and pharmaceutical markets.
Our 16,000 square feet of clean room space located in Winston-Salem, NC USA, is ISO 13485 certified and FDA registered, with a focus on designing and supplying single-use solutions for cell growth, frozen storage, and biological fluid handling. Custom product design services are available for clients who need specialized single-use products for biomanufacturing. Our team of engineers will work with you to develop the best solution for your specific requirements.
Charter Medical is committed to providing quality products and services with and experienced staff dedicated to exceeding customer expectations from product development, delivery and implementation.
PRODUCTS
Optimize single-use solutions for cryopreservation by engaging in studies that focus on specific timepoints and conditions pertaining to therapy storage, containment/protection, and transportation.
Bring your biopharma processes together seamlessly. Charter Medical’s extensive range of standard and custom fluid transfer sets are optimized for bioprocessing and sterile transfer of media, biologics, and drug substances from one container to another.
Charter Medical’s Advect® Fluid Transfer Sets are intended for the sterile transfer of bone marrow mononuclear cells from one container to another. The Advect® fluid transfer sets are provided sterile (fluid path) by gamma irradiation and intended for single use.
Cell Expansion Containers are Single-use DEHP-free bags designed for the culture and expansion of non-adherent cells for development and commercial production in biopharma/research applications.
Save time and increase productivity by integrating your preferred fluid containers, tubing, and connections.
Cell Freeze® cryogenic storage containers are designed for storage, preservation, and transfer of hematopoietic progenitor cells (HPCs).
Cold chain tubing and containers designed for cryogenic storage and transport applications enabling closed-system continuous processing.
Freeze-Pak™ Bio-containers are designed for use in ultra-low temperature applications. This film is a single web 12 mil polyolefin monolayer that does not contain an integral gas barrier.
Bio-Pak® Small Volume bio-containers are designed for bioprocessing applications, storage, and transport of sterile fluids.
Freeze-Pak™ STS (FP-STS) Storage and Transport Solution Bio-Containers are designed for ultra-low temperature frozen storage and transport applications.
Charter Medical Fluid Transfer Bag Systems are designed and packaged specifically for bioprocessing applications, storage, and transport of sterile fluids. These containers are available individually or in double Tyvek Pouches. Sizes range from 150mL to 3L Industry standard 0.160” OD x 0.114” ID pvc tubing facilitate easy sterile connection to source container of like materials. Cleanroom friendly packaging, supports transfer into the cleanroom environment.
Cell therapy processes and operational needs can vary widely. Customized single-use solutions can have a positive impact on scalability, productivity, and cost.
CONTACT INFORMATION
Charter Medical
3948-A Westpoint Blvd.
Winston-Salem, 27103
Phone: 866-458-3116
BROCHURES AND DATASHEETS
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Bioprocessing Fluid Transfer Sets12/1/2023
Learn in detail about fluid transfer sets, designed for the transfer of sterile fluids from one container to another, that support bioprocessing research and manufacturing.
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Fluid Transfer Sets For Efficient Sample Removal And Product Transfer12/1/2023
Explore detailed specifications of FDA 510(k) cleared and CE-marked fluid transfer sets that connect to transfer packs and bags for single-unit transfer, sample removal, and product transfer.
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Cell Expansion Containers6/12/2023
Cell Expansion Containers are designed for the expansion and culture of non-adherent cells.
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Flexible Containers For Cryogenic Operations3/18/2022
Utilize the Freeze-Pak™ With FP-FLEX™ containers in intermediate frozen product storage, working cell banks, and regenerative medicine operations.
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Freeze-Pak™ STS Secondary Shipping Containers3/18/2022
The Freeze-Pak™ STS can be utilized in bulk intermediate and final fill applications, bioprocessing, cell banking, and regenerative medicine operations.
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Freeze-Pak™ Single-Use Frozen Storage Solution3/18/2022
The Freeze-Pak™ is ideal for final product frozen storage, bioprocessing, regenerative medicine, and working and master cell banks.
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FP-FLEX™ Biocontainer Solution For Cryogenic Operations3/18/2022
The FP-FLEX™ tubing and Freeze-Pak™ bag represent a closed-system solution enabling sterile connection and reduced scale-up time for therapeutic production.
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Cell Freeze® Freezing Bags For Cryogenic Storage3/18/2022
Cell Freeze is ideal for cryogenic storage of HPC’s and is rated for storage in liquid nitrogen to -196°C.
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Bio-Pak® Small Volume Single-Use Disposable Bags3/18/2022
Charter Medical’s Bio-Pak® Small Volume single-use disposable bags are designed with multiple port configurations to match your fill and finish applications. Bag sizes range from 50mL to 20L.
FEATURED ARTICLES
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![Cell & Gene Therapy]( "Tips For Designing A Single-Use Manifold For Advanced Therapies")
Expert single-use engineers address six common questions posed by cell and gene therapy manufacturers in the design of custom single-use manifolds for the critical handling of biological fluids.
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![GettyImages-1333406903-liquid-nitrogen-cryopreservation-cold-chain]( "Empowering Biopharma With Single-Use Cryopreservation Solutions")
Explore four common applications of cryopreservation and the science behind selecting the appropriate materials to build single-use solutions that enable cryogenic storage for cell and gene applications.
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![GettyImages-478206956-select-choose-suit-button-touch-cubes]( "Selecting The Right Single-Use Materials In Biopharmaceutical Manufacturing")
Manufacturing operations are getting a boost thanks to single-use technologies, but how do biopharmaceutical manufacturers choose the right materials for constructing their single-use solutions?
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![Cleanroom Branding 1]( "Prioritize Particulate Control For Safer Therapy Development")
As particulate control continues to be a top concern for advanced therapy manufacturers, SUT suppliers must regularly assess every element of the single-use component supply chain.
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![GettyImages-1306081736-safety-risk]( "Safer Single-Use Materials To Enhance Advanced Therapy Manufacturing")
Single-use technology suppliers must align with advanced therapy manufacturers to de-risk manufacturing processes and chemical composition requirements to maintain the safety and efficacy of new treatments.
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![innovation]( "Resolving Common Single-Use Concerns")
Demand for single-use production tools, components, expertise, and capabilities continues to grow as innovative cell therapies evolve. However, concerns and misconceptions abound regarding single-use solutions.
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![Logistics Supply Chain GettyImages-1206802146]( "The Single-Use Supply Chain: How To Avoid Surprises And Navigate Change")
Supply chain issues tend to create a ripple effect, and collaboration and communication between single-use solution suppliers and biopharma customers could guide supply chain success.
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![Scientist lab discussion meeting GettyImages-1140779742]( "Overcome Single-Use Customization Misconceptions")
Single-use strategies and tools are constantly evolving to better serve industry needs, and adept solutions providers can help streamline development with simple, custom adaptations.
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![Performance GettyImages-579421538]( "Manifolding For Scale-Up, Safety, And Speed")
The use of manifolds to fill bags for bioprocessing or advanced therapies contributes to time savings, improved process quality, and optimal use of cleanroom and personnel resources.
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![Regenerative medicine and therapeutic stem cell therapy GettyImages-1334489810]( "Filling Industry Gaps With Dedicated Cell & Gene Therapy Fluid Transfer Sets")
Read how the incorporation of transfer sets designed to support CGTs will aid in the implementation of controllable, consistent, and safe cGMP amenable manufacturing procedures.
