Products, services, reviews and techniques used in pharmaceutical product scale-up, formulation, shipping and manufacturing processes.
The Corning® X-MINI® Selection Kits are designed for the selection of cells and cell subsets from blood and blood products using Buoyancy Activated Cell Sorting (Corning X-BACS™) technology.Features and BenefitsSimplified process: Easy to useSingle-use, column-free: Gentle on your cellsHigh purity: Achieve purities of up to 99%Consistency: Reproducible results (>86%) High viability (>97%)Process up to 4 x 108 total cellsThe C…
Single-use cartridge with a sterile, non-pyrogenic fluid path. In conjunction with the Control Module it allows for the separation, washing and formulation of cell suspensions.The Corning® X-SERIES® Systems are manufactured for Corning by ThermoGenesis Corp. X-SERIES®, X-WASH®, X-LAB®, X-BACS™, and X-MINI® are either registered trademarks or trademarks of ThermoGenesis Corp. in the United States and/or other countries.
Single-use cartridge with a sterile, non-pyrogenic fluid path. In conjunction with the Control Module it allows for the separation, washing and formulation of cell suspensions.The Corning® X-SERIES® Systems are manufactured for Corning by ThermoGenesis Corp. X-SERIES®, X-WASH®, X-LAB®, X-BACS™, and X-MINI® are either registered trademarks or trademarks of ThermoGenesis Corp. in the United States and/or other countries.
The Corning X-LAB Control Module component of the X-LAB System is a microprocessor-controlled device, which works in combination with the Corning X-LAB Disposable Cartridge during centrifugation to direct the transfer of red blood cells and concentrated mononuclear fraction (cell concentrate) into separate compartments within the Disposable Cartridge.The Corning® X-SERIES® Systems are manufactured for Corning by ThermoGenesis…
The Corning X-LAB Docking Station provides a ommunication link to the DataTrak Software and enables charging of the Control Module battery.The Corning® X-SERIES® Systems are manufactured for Corning by ThermoGenesis Corp. X-SERIES®, X-WASH®, X-LAB®, X-BACS™, and X-MINI® are either registered trademarks or trademarks of ThermoGenesis Corp. in the United States and/or other countries.
Single-use cartridge with a sterile, non-pyrogenic fluid path. In conjunction with the Control Module it allows for the separation, washing and formulation of cell suspensions.The Corning® X-SERIES® Systems are manufactured for Corning by ThermoGenesis Corp. X-SERIES®, X-WASH®, X-LAB®, X-BACS™, and X-MINI® are either registered trademarks or trademarks of ThermoGenesis Corp. in the United States and/or other countries.
The Corning Ascent Fixed Bed Reactor (FBR) system is designed to enable process development and production scale cell culture capacities for cell and gene therapy workflows with greater yields that can result in substantial cost savings over competing FBR systems. Also, unlike competing FBR systems, the Corning Ascent FBR system is designed to provide viable cell harvest capability that can enable it to be used as seed train a…
The Corning Ascent Fixed Bed Reactor (FBR) system is designed to enable process development and production scale cell culture capacities for cell and gene therapy workflows with greater yields that can result in substantial cost savings over competing FBR systems. Also, unlike competing FBR systems, the Corning Ascent FBR system is designed to provide viable cell harvest capability that can enable it to be used as seed train a…
The Corning Ascent FBR system’s bioreactor features a specially treated and packed polymer mesh that enables uniform, low-shear fluid flow through the bioreactor bed, which promotes evenly distributed cell growth, enhances exposure of cells to nutrients and reagents. Providing up to 20X yield over current technologies which could result in cost reduction in manufacturing. The FBR consumable set is equipped with disposable sens…
The Corning Ascent FBR system’s bioreactor features a specially treated and packed polymer mesh that enables uniform, low-shear fluid flow through the bioreactor bed, which promotes evenly distributed cell growth, enhances exposure of cells to nutrients and reagents. Providing up to 20X yield over current technologies which could result in cost reduction in manufacturing. The FBR consumable set is equipped with disposable sens…
The Corning Ascent FBR system’s bioreactor features a specially treated and packed polymer mesh that enables uniform, low-shear fluid flow through the bioreactor bed, which promotes evenly distributed cell growth, enhances exposure of cells to nutrients and reagents. Providing up to 20X yield over current technologies which could result in cost reduction in manufacturing. The FBR consumable set is equipped with disposable sens…
The Corning Ascent FBR system’s bioreactor features a specially treated and packed polymer mesh that enables uniform, low-shear fluid flow through the bioreactor bed, which promotes evenly distributed cell growth, enhances exposure of cells to nutrients and reagents. Providing up to 20X yield over current technologies which could result in cost reduction in manufacturing. The FBR consumable set is equipped with disposable sens…
The Corning Ascent FBR system’s bioreactor features a specially treated and packed polymer mesh that enables uniform, low-shear fluid flow through the bioreactor bed, which promotes evenly distributed cell growth, enhances exposure of cells to nutrients and reagents. Providing up to 20X yield over current technologies which could result in cost reduction in manufacturing. The FBR consumable set is equipped with disposable sens…
The D-LID laboratory microplate delidder promises to be smarter, greener, and more versatile than any comparable product on the market. Simple functionality, easy installation/setup, and great performance.
The all-new flexible, modular approach to laboratory automation.
Developed with real world experience and customer feedback at the forefront of the design, the SNAP ® laboratory column range provides effective hardware solutions for liquid preparative chromatography.
Evolve ® Process Columns have been designed specifically for use in biopharmaceutical applications. Available in eight diameters, Evolve ® Process Columns provide cost effective, scalable, high performance technology suitable for use in both pilot and production scale chromatographic processes.
Efficiently design, synthesize, characterize and screen libraries of catalyst materials by combining custom hardware and software capabilities. Create and test hundreds of heterogeneous catalyst materials per week using a variety of fully automated techniques. The automated nature of the workflows increase reproducibility and provide a complete experimental record. Prepare: Synthesize diverse arrays of heterogeneous catalyst…
Consistently design, synthesize, screen, and analyze reactions using this automated, high throughput workflow. Significantly increase the number of high quality experiments per year while decreasing experimentation time and manufacturing costs. The Homogeneous Catalysis Workflow utilizes a high pressure reactor (HPR), parallel batch reactor (PBR), and a parallel pressure reactor (PPR) to screen hundreds of reactions per day un…
Perform 48–96 meaningful slurry or solution phase (co)polymerizations per day and increase the productive value of research and development by enabling better decisions, faster. Through the integration of reactor hardware, robotics, and custom software capabilities, the Polyolefins Workflow facilitates 48–96 slurry or solution-phase batch reactor polymerizations with full computer control and in situ temperature and pressure m…
Start-to-finish solution for solubility profiling. The Solubility Workflow enables precise and accurate measurement of the solubility of compounds starting from solid forms or solutions of active pharmaceuticals and intermediates. It is also available in a Benchtop Systems configuration. The Benchtop System is a self-contained, software-driven system, while the integrated workflow connects with other equipment in the lab and s…
Efficiently design, automate and implement consistent forced degradation studies. Quickly identify degradation conditions and potential degradants by automating the testing of solid and solution state samples, while visualizing and recording key variables of degradation experiments. By combining hardware and software capabilities, the Forced Degradation Workflow builds consistent libraries to facilitate data analysis and drive…
