Includes a powerful Recipe Editorwhich allows the user to createcustomizable separation recipesthat are configured quickly andeasily.Integrates easily into your plantnetwork for sharing results and data.Offers full-manual or automaticcontrol.
Delivers a range of control featuresto help you optimize your process.The software, through a touch-screen user-interface, brings push-button simplicity to the task ofdeveloping and executing complexand repetitive separation protocols.In addition, the software: It is designed to allowdata to be conveniently archived tonetworked systems, and recipes to berapidly scaled from developmentalsystems to production capacity unitoperations.
The CCP softwareestablishes a common platformcapable of controlling and linkingMillipore chromatography and TFFsolutions. Multiple wavelengthsensing improves the system’s capacityto monitor the process stream and control the elution process.Īutomation SoftwareThe Common Control Platform®,(CCP) software, is a robust, industry-recognized platform used toaccelerate application developmentand production. Automated gradientformation provides exceptional controlfor linear and isocratic mixing, whichare essential for ensuring preciseelution profiles. System delivers high product recoveryand purity for cost-effectiveseparations. They accommodate abroad range of column diameters,depending on the process application.Įxtended ChromatographicCapabilities Improve ResultsMany features, including automatedbuffer mixing and enhanced UVmonitoring, ensure each K-Prime Support a variety of chromatographictechniques, including ion exchange,affinity, hydrophobic interaction andgel filtration.
Millipore quickscale 70 x 550 trial#
and a pressure rating of upto 7 bar (102 psig), the K-Primebiochromatography systems are de-signed for use in process development,pilot, clinical trial and production-scalemanufacturing. Optimized for ProcessDevelopment, Pilot, and Smallto Intermediate ProductionScale ApplicationsOperating at a flow rate of either 20 to500 mL/min., 0.1 to 3 L/min. Transferring separations from small to production scale systems is critical inthe success of all new products. � Designed for use in smallvolume and processdevelopment applications aswell as clinical and earlyproductionįigure 1. � Recipe Editor facilitatesprotocol transfers forclinical trials and smallscale manufacturing � New Batch Reporting featuresconform to regulatoryrequirements � Broad flow rate rangeexpands processingcapabilities All K-Prime systemsĪre designed to make process scale-up as easy as possible. Small-scale pilot processes through commercial production. These advanced systems spanĪ wide range of flow rates, delivering sharp separations in applications from Purifying proteins and bio-engineered products. The K-Prime biochromatography systems are designed for separating and K-Prime 40-I, 40-II,and 40-IIIBiochromatographySystemsSmall and production scale systems fordeveloping protein and bio-engineeredproduct separations requiring flow rates from 20 mL to 10 L per minute Clinical material manufacturing Production.Transferring separations from small to production scale systems is critical in the success of all new products.
Broad flow rate range expands processing capabilities New Batch Reporting features conform to regulatory requirements Recipe Editor facilitates protocol transfers for clinical trials and small scale manufacturing Designed for use in small volume and process development applications as well as clinical and early production  DATA SHEET ® Scale-up Overview Figure 1. All K-Prime systems are designed to make process scale-up as easy as possible. These advanced systems span a wide range of flow rates, delivering sharp separations in applications from small-scale pilot processes through commercial production. K-Prime 40-I, 40-II, and 40-III Biochromatography Systems Small and production scale systems for developing protein and bio-engineered product separations requiring flow rates from 20 mL to 10 L per minute The K-Prime biochromatography systems are designed for separating and purifying proteins and bio-engineered products.
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