Cheminformatics and bioinformatics are computational techniques used in chemistry and biology, respectively, for data acquisition, processing and storage. Cheminformatics focuses on compound information, whereas bioinformatics is mainly applied to analysis and modeling of genomics, genetic and sequencing information. Hardware and software is available for data acquisition, analysis, management and storage.
Spectra Studio™ is designed to save users time by providing a number of clustering algorithms to automatically group similar spectra. Visualization and manipulation tools allow users to review the clustering results, manually manipulate group assignments and save the results for later retrieval and comparison with other experimental data. Automated Clustering Load spectra spanning multiple experiments and multiple librar…
Rapidly optimize your products using high-throughput techniques to explore a large and complex formulation space. Characterize your formulations using application-specific tests, such as friction and wear. Application tests can be custom-designed, or be integrated third-party hardware. The Formulations workflow is designed to give you maximum flexibility to synthesize and formulate materials rapidly and precisely. It is also a…
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…
Efficiently design, automate, and implement consistent excipient compatibility studies. Quickly identify conditions, potentially incompatible excipients or excipient combinations by automating the testing of solid and solution state samples, while visualizing and recording key variables of excipient experiments. By combining hardware and software capabilities, the Excipient Compatibility Workflow builds consistent libraries to…
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 Organic Synthesis Workflow utilizes a parallel batch reactor (PBR) to screen hundreds of reactions per day under different stoichiometries, reaction concentrations, and temperature…
Design, implement, and characterize formulations using the automated Adhesives, Coatings and Sealants Workflow Rapidly and precisely formulate libraries, measure and adjust viscosity, prepare thin coatings on various substrates, and measure their properties. The Adhesives, Coatings and Sealants Workflow utilizes multiple Core Modules equipped with liquid handling, heating/stirring, viscometric indexing, and a drawdown tool to…
Offered in a number of customized configurations, the Symyx Home and Personal Care workflow allows you to formulate, apply, and test materials more quickly than ever before. By combining Symyx hardware and software capabilities, this workflow enables you to develop and optimize new formulations, apply formulations to various substrates, and rigorously evaluate these applications using a wide variety of testing conditions. Pre…
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 Plastics Workflow facilitates 48–96 slurry or solution-phase batch reactor polymerizations with full computer control and in situ temperature and pressure moni…
