Solutions

Parker's liquid filter cartridges, capsules and elements can handle a wide range of flow rates and pressures and include solutions for removing particulate, microganic, gaseous, and otherwise aggressive contaminants from viscous/non-viscous liquids in biomedical, pharmaceutical, chemical, and food and water processing applications.

The quality and safety of products in pharmaceutical and/or food & beverage applications depends on effective filtration. Parker’s validated sterilizing grade air and gas filter cartridges & capsules feature PTFE membrane & borosilicate microfiber media which deliver high flow rates with minimal product loss for efficient processing.

Parker offers scalable solutions for safe, walk-away normal flow filtration, tangential flow filtration, dispensing, metering and bioreactor maintenance operations. We provide a range of solutions that enable successful process scale-up from laboratory through pilot to GMP manufacture.

When implementing a single-use bioprocessing solution, various levels of automation are available to eliminate the need for constant monitoring. Parker incorporates SciLog technology into scalable, bioprocessing systems for upstream & downstream applications for manual, semi-automated or fully automated processes.

Parker offers sensors and sensor monitors for pressure, conductivity and temperature. Our pre-calibrated, single-use sensors are scalable, pre-programmed and barcoded with unique ID for traceability and easy data collection.

Single-use over-molded manifolds & bioprocess containers prevent product loss and contamination and increase productivity through reduced system set up time. Since bioprocess applications can differ, Parker manifolds consist of tubing, bioprocess containers, filters, sensors and other components that can be configured into your process.

Parker's filter vessel offerings provide superior performance and reliability while meeting the needs of broad applications, including industrial & chemical, food and beverage, and pharmaceutical processing.