Bioprocessing

For pharmaceutical manufacturers it can be just as hard to keep up with demand as it is to keep up with the highly competitive market. Now you can do both with easy-to-use single-use connectors from CPC. They help maintain flow path sterility and integrity while enabling you to improve production yields, decrease time-to-market and reduce costs. Our genderless sterile connectors simplify process integration, maximize flexibility and streamline your supply chain efficiencies.

    For mounting to the processing equipment, engineers may specify the connection with either a ¾” or 1-½” sanitary termination on the middle port. Tri-clover clamps are used to secure the middle sanitary to the equipment and the lower sanitary to the steam trap. Once attached, these two lower ports allow a true steam-through SIP process to eliminate potential “dead legs” that trap contaminants. With Steam-Thru® II, you can perform a SIP cycle of up to 135°C or 35 PSI for up to 60 minutes to “steam on” the connector to the equipment. Effectiveness of the “steam on” cycle was confirmed through bacterial challenge testing using Bacillus stearothermophilus performed at the University of Minnesota’s Biotechnology Research Center.

    Once the SIP cycle is complete, the operator simply depresses the thumb latch to allow valve transition from the steam position to the flow position. This creates a sterile flow path between the stainless equipment and the single-use system, allowing aseptic fluid transfer. A benefit of the Steam-Thru® II valve design is a maximum Cv value of 8.2, which translates to a flow rate of 43.9 liters per minute at 2 PSI, making it appropriate for high volume applications.

    After fluid transfer is complete, depressing the thumb latch again allows repositioning of the valve back to the steam position for a second SIP or “steam off” cycle. This eliminates any biologic residual remaining between the process equipment and the single-use system, minimizing the potential for environmental contamination at disconnection.

    In addition to the bacterial challenge testing completed on the “steam on” cycle, bacterial challenge tests were performed following media transfer on the “steam off” cycle. Bacterial ingress tests using Brevendimonas diminuta were conducted by Northview Labs to verify post-sterilization seal performance. Other performance tests, including helium/steam leak, tensile and maximum burst were completed to assure design and process integrity. The Steam-Thru® II is comprised of non-animal origin USP Class VI polysulfone and platinum-cured silicone seals, which were tested for biocompatibility.

 

Single-Use Applications

Transfer Lines

    Especially in multiproduct facilities, the risk of cross contamination in the suite-to-suite transfer process is high and can potentially lead to product loss or reduced production yields. Pre-sterilized, single-use assemblies reduce these risks and improve the speed and safety of drug development and delivery.

Single-Use Transfer Lines: Final Fill Operations

    Traditionally, final fill operations included stainless steel equipment connected via reusable valves, rigid tubing and steel pipes. Today, many process engineers are designing this operation with single-use transfer lines instead of stainless steel equipment to reduce sterilization time and cost.

    Final fill tanks are designed to transfer formulated product from formulation suites to storage areas and ultimately to filling suites. To allow sterile connection to and from these vessels, designers traditionally added three-way valve assemblies to fill and drain ports. Replacing these heavy assemblies with single-use transfer lines and connectors eliminates cleaning validation and maintenance, while reducing mobile vessel weight by tens of kilograms.

 

Sterility Assurance
Filter Integrity Testing
 

Product

Bodies

AQC17008 product photo

AQC17008

AQC17008
1/2 Hose Barb AseptiQuik Body
Product ID: AQC17008
HFCD12812 product photo

HFCD12812

HFCD12812
1/2 JACO Valved Panel Mount Coupling Body
Product ID: HFCD12812
LQ6D30008BLU product photo

LQ6D30008BLU

LQ6D30008BLU
1/2" SAE Valved In-Line Liquid Cooling Body, Cool Blue
Product ID: LQ6D30008BLU
CQHD06110108 product photo

CQHD06110108

CQHD06110108
Panel Mount Coupling Body, 1/2 Flare
Product ID: CQHD06110108
CQGD06100208 product photo

CQGD06100208

CQGD06100208
In-Line Coupling Body, 1/2 MNPT
Product ID: CQGD06100208
80700 product photo

80700

80700
1/2 Hose Barb Valved In-Line Coupling Body (HFCD17835 NSF)
Product ID: 80700
HFCD10812 product photo

HFCD10812

HFCD10812
1/2 NPT Valved Coupling Body
Product ID: HFCD10812
86400 product photo

86400

86400
1/2 NPT Non-Valved Coupling Body (HFC10835 NSF)
Product ID: 86400
62800 product photo

62800

62800
1/2 NPT Valved Coupling Body (HFCD10812 NSF)
Product ID: 62800
HFCD10857 product photo

HFCD10857

HFCD10857
1/2 NPT Valved Coupling Body
Product ID: HFCD10857
HFC13812 product photo

HFC13812

HFC13812
1/2 JACO Non-Valved In-Line Coupling Body
Product ID: HFC13812
80200 product photo

80200

80200
1/2 NPT Valved Coupling Body (HFCD10835 NSF)
Product ID: 80200