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Tube welding and aseptic connectors are the two main categories of aseptic fluid connection technologies available. Tube welding is an operation where a tube welder heat-welds tubes that fuse two fluid paths together to create a sterile connection.

Learn how you gene therapy manufactures can benefit from the lessons learned from biologics to determine if these techniques could help improve your productivity and quality.

Fluid selection and components’ interactions will have an impact on heat transfer. This new tech guide reminds engineers of the fluid dynamics basics while also highlighting advanced considerations.

During bioproduction processes that use harsh chemicals, single-use technology is needed to ensure optimal performance. CPC offers connectors that can withstand harsh environments.

How to pick QDs for liquid cooling EV charging systems, charging bays, battery swapping systems, cables, intelligent in-vehicle and onboard entertainment systems.

The need for sterility throughout small-batch aseptic processing is benefitting from closed systems. Learn how they are streamlining and accelerating the process.

Single-use Systems (SUS) components need to undergo a battery of tests to check that they are robust, easy-to-use, and reliable. Discover what rigorous tests performed by CPC on the SUS connectors.

When liquid contents are hazardous—and even when they aren’t—closed system dispensing delivers significant economic, safety and environmental benefits to people and processes.

While connectors seem like a simple low-pressure fluid handling component, they play a crucial role in product reliability, performance and ease of use. Discover the three considerations design engineers should make when selecting a connector.

Specifying connectors for liquid cooling applications is a complex task. Learn about various considerations and where to begin.

Material compatibility is critical to liquid cooling performance. Read this tech guide for guidance in selecting liquid cooling system components.

How to close your biopharmaceutical manufacturing off from the environment and the external factors that could contaminate your batch? Use a sterile connector.

Find out how secure, leak-free connection of traditional sensors to single-use assemblies is paramount in ensuring the accuracy of measurements taken and protection of the manufacture of expensive drug products.

The implementation of closed systems using single-use technology has helped to deliver life-saving therapies efficiently and economically.

As demand increases for higher volume bioproduction, CPC answers the call with a large format high-flow connectors.

Learn how performance characteristics of engineered polymer quick disconnects rival metals in liquid cooling systems.

Find out how decoupling drug substance manufacturing from final drug product formulation is possible using integrated single-use freeze-thaw assemblies with reliable components.

See how appropriating BPOG testing on single-use connectors helps mitigate the risks of extractables and leachables, crucial to delivering safe, effective drugs.

Learn how coordinating standards across global sites can help increase speed to market, eliminate redundant work and lower costs.

Couplings built from high-performance thermoplastics now offer performance that rivals, and in some cases, surpasses their metal counterparts.

Check out how proper specifications of quick disconnects ensure ease of use and facilitate optimal cooling.

Industry experts expect SUTs used in biopharma clinical trials and commercial production to play a role in the development and production of cell and gene therapies.

A survey of bioprocessing industry professionals asked which method they prefer for their connection needs: sealable and weldable tubing or aseptic connectors.

Discover how purpose-built liquid cooling connector characteristics impact performance parameters of flow, pressure drop and reliability.

Discover how purpose-built liquid cooling connector characteristics impact performance parameters of flow, pressure drop and reliability.

See how to communicate data with intelligent fluid connectors to ensure use of proper consumables and protects brand equity with intelligent fluid connectors.

Learn how shared validation for single-use systems is a key step in ensuring safe and effective drug products are supplied to patients in need.

Using the right fluid connectors is an important factor in driving higher testing productivity and reliability.

The role of intelligent fluid connectors: combining fluid and data transfer to control, protect and streamline processes.

Selecting the ideal tubing connector can enhance product performance, ease of use and functionality in your designs.

Previously reserved for high pressure hydraulics, non-spill performance is now available in quick disconnect solutions for low-pressure fluid handling too.

Learn now shared validation for single-use systems is a key step in ensuring safe and effective drug products are supplied to patients in need.

Equipped with a control unit and RFID technology, intelligent quick disconnect coupling systems transmit information that can protect equipment, improve processes and even save lives.

Choosing the right fluid connectors can improve patient safety and user convenience while maximizing sealing and flow performance.

As supercomputing manufacturers turn to liquid cooling systems to more efficiently remove heat, reliable quick disconnect couplings are playing an important role in system performance.

When liquid contents are hazardous—and even when they aren’t—closed system dispensing delivers significant economic, safety and environmental benefits to people and processes.

Recent design innovations in valve design, optimized flow area calculations and isolation of the valve actuation springs from the fluid flow path have led to new low pressure, thermoplastic quick disconnect couplings incorporating flush face non-spill valve technology.

Different types of screw threads have evolved for fastening and hydraulic systems. In this paper, you’ll learn about the different types of threads and how they are used.

Dangerous chemicals are regularly transferred from original shipping containers into smaller jugs or buckets or applied to other end-use processes. Learn how CPC fluid dispensing systems are helping eliminate hazardous spills.

It’s easy to take the humble hose barb for granted. After spending hours evaluating chemical compatibility, peak pressure and flow rate, you not only need to pick just the right tubing or hose, but also how to connect them.

Check out how sterile connectors help make processing systems more flexible, reliable and cost effective while protecting media sterility and integrity.

Standards are created in order to streamline operations and help reach the full potential of the technology. Standardization encompasses many topics including how products are tested, assembled, etc. Learn about the standardization of single-use connectors.