Category:Cycle Composer
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The Cycle Composer has a graphical workspace editor that allows the user easily to configure the workspace, accepting various micro plates (96 and 384 wells), 1ml micro vials or 2ml standard vials. These various formats may be matched or mixed within the workspace. Samples can be selected serially or randomly for processing. The "Point and click" operation quickly directs the user through programming steps that configure instrument setup, | The Cycle Composer has a graphical workspace editor that allows the user easily to configure the workspace, accepting various micro plates (96 and 384 wells), 1ml micro vials or 2ml standard vials. These various formats may be matched or mixed within the workspace. Samples can be selected serially or randomly for processing. The "Point and click" operation quickly directs the user through programming steps that configure instrument setup, | ||
methods and sample lists. For routine daily use, no special programming skills are needed. The Cycle Composer contains a library of common liquid handling procedures including sample transfer, reagent/standard addition, mixing and dilution steps. | methods and sample lists. For routine daily use, no special programming skills are needed. The Cycle Composer contains a library of common liquid handling procedures including sample transfer, reagent/standard addition, mixing and dilution steps. | ||
| + | Cycle Composer is a 32 Bit Windows based software. Cycle Composer allows customization of | ||
| + | sampling cycles for the CTC PAL System. It enables the user to go beyond the capabilities of the | ||
| + | local stored LC, GC, Headspace and SPME cycles. | ||
| + | Virtually any conceivable sequence of operations can be generated and saved as Cycle Composer | ||
| + | (CC) Methods. The program consists of a Method Editor in which the processing of a sample is | ||
| + | defined, and a Sample List Editor in which a sample sequence is created in a tabular format where | ||
| + | assignments to the Methods to be run and location of the samples are made. | ||
| + | The program accesses the PAL directly via the serial port, obtaining information from the PAL | ||
| + | about which objects are available, and presenting these objects as choices in the Editors. When a | ||
| + | Sample List is run, the program takes direct control of the PAL, executing the sequence of steps | ||
| + | defined in each Method assigned to the current sample. | ||
Revision as of 23:14, 4 August 2009
Cycle Composer is a Software control for PAL Systems
Highlights
- Customized prep and load cycles
- Multiple system injections for high throughput
- Column switching and trace enrichment procedures
- Online sample clean-up and sample derivatisation
- Dilution steps including mixing, shaking, heating
- Solid Phase Microextraction sample prep
- Direct import of EXCEL spreadsheets
- Complete third party software integration
The Cycle Composer has a graphical workspace editor that allows the user easily to configure the workspace, accepting various micro plates (96 and 384 wells), 1ml micro vials or 2ml standard vials. These various formats may be matched or mixed within the workspace. Samples can be selected serially or randomly for processing. The "Point and click" operation quickly directs the user through programming steps that configure instrument setup, methods and sample lists. For routine daily use, no special programming skills are needed. The Cycle Composer contains a library of common liquid handling procedures including sample transfer, reagent/standard addition, mixing and dilution steps. Cycle Composer is a 32 Bit Windows based software. Cycle Composer allows customization of sampling cycles for the CTC PAL System. It enables the user to go beyond the capabilities of the local stored LC, GC, Headspace and SPME cycles. Virtually any conceivable sequence of operations can be generated and saved as Cycle Composer (CC) Methods. The program consists of a Method Editor in which the processing of a sample is defined, and a Sample List Editor in which a sample sequence is created in a tabular format where assignments to the Methods to be run and location of the samples are made. The program accesses the PAL directly via the serial port, obtaining information from the PAL about which objects are available, and presenting these objects as choices in the Editors. When a Sample List is run, the program takes direct control of the PAL, executing the sequence of steps defined in each Method assigned to the current sample.
LEAP provides automated workstation instrumentation solutions based on the LEAP CTC PAL X, Y, Z syringe only autosampler robot from LEAP Technologies. This extremely flexible, precise, and adaptable liquid handling robotic platform is available in a variety of lengths and options depending on the requirements of your sample preparation and injections for your UHPLC, LC or GC chromatography.LEAP offers full support and service for the PAL platform in addition to being able to write custom macros, cycles, and scheduling to your applications. Please contact LEAP Technologies on how we can help you get maximized throughput with flexible pipetting automation solutions.
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Pages in category "Cycle Composer"
The following 10 pages are in this category, out of 10 total.
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