Our products are critical in supporting downstream Normal Flow Filtration (NFF) applications. By providing reliable filtration systems, PureTain® fluid management solutions, sealing technologies, SciLog® automation controls, and cleanroom-compatible materials, we ensure that NFF processes are efficient, safe, and compliant with industry regulations. This support is essential for maintaining the quality and integrity of biopharmaceutical products, ultimately contributing to patient safety and therapeutic efficacy.

Our products play a vital role in supporting virus inactivation applications in biotechnology. By providing reliable PureTain® fluid management solutions, filtration systems, sealing technologies, SciLog® automation controls, and cleanroom-compatible materials, we help ensure that virus inactivation processes are efficient, safe, and compliant with industry regulations. This support is essential for maintaining the quality and integrity of biopharmaceutical products, ultimately contributing to patient safety and therapeutic efficacy.

Parker has a variety of products and solutions that are utilized in downstream chromatography biopharmaceutical applications. Our offerings include systems and components designed to support the purification, adjustment, and preparation of buffers and media necessary for these processes. One of our key products for downstream applications is the SciLog® Single-Use Inline Dilution (ILD) System. This system provides a compact, automated solution for on-demand buffer preparation in pharmaceutical processes. It efficiently combines two liquid streams to achieve target concentrations, supporting smaller buffer batch sizes and reducing facility space requirements. Along with associated PureTain® fluid management products, we are committed to providing innovative solutions that meet the critical safety requirements of the biopharmaceutical market, ensuring reproducible quality and full traceability.

Parker understands the critical importance of buffer preparation in biopharmaceutical processes. That’s why we offer advanced solutions that utilize single-use consumables and cutting-edge filtration technology to ensure precision and consistency. Our systems are designed to minimize contamination risks and optimize workflow efficiency, allowing for accurate formulation every time.

Bringing engineering expertise to the biopharmaceutical industry, we support final fill processing with filtration, PureTain® fluid handling solutions, sensing technologies, and customized SciLog® automation systems. These solutions are designed to ensure product sterility and stability, as it requires precise dosing and handling to prevent contamination.

Parker offers customized solutions rated for freezing applications. This is a crucial step in preserving and safely transporting biological products, such as cells, proteins, or vaccines, at low temperatures to maintain their viability and stability. Available in bag and bottle formats, PureTain® Freezing solutions ensure the integrity and quality of sensitive biopharmaceutical products during freezing and transportation. Parker's robust, scalable single-use assemblies mitigate the risks of contamination and product loss, optimizing process efficiency and safety.

Our product filtration and dispensing solutions are tailored to meet the rigorous demands of the industry, ensuring sterility, precision, and compliance with regulatory standards. A comprehensive portfolio of sterile filters, PureTain® fluid management products, and SciLog® Automated Systems are designed to optimize biopharma manufacturing processes.

Parker offers a range of products designed for tangential flow filtration (TFF) applications in the biopharmaceutical industry. Our solutions include SciLog® fully automated systems that support both diafiltration and concentration processes, ensuring efficient and flexible operations. These systems are compatible with various TFF filters and come equipped with PureTain® single-use assemblies, highlighting our commitment to innovation and adaptability in bioprocessing technologies.