Used PERKIN ELMER / SCIEX Elan DRC-e #293629141 for sale

PERKIN ELMER / SCIEX Elan DRC-e is a high-performance, dual-polarization, stationary linear ion trap double focusing mass spectrometer designed for laboratory-scale measurements with high resolution and sensitivity. It has the ability to detect small ions (down to as few as 6 nitrogen atoms) and has an ultra-low molecular weight (~7 Daltons - Da) limit. With an advanced system design, it is capable of rapid data acquisition with excellent repeatability and reproducibility. SCIEX Elan DRC-e adopts a dual-polarization detection system, which allows the spectrometer to obtain information without switching between ion traps. This helps to increase the throughput of the spectrometer and reduce the measurement time. It also helps to achieve high ion-focusing sensitivity and uniform sampling. Its multi-sampling capability allows it to provide high-resolution data on different classes of molecules simultaneously. PERKIN ELMER Elan DRC-e has a mass range of up to 1500 m/z, enabling it to detect molecules of a wide variety of molar masses. It also features a high-speed scanning scan rate of up to 200 Hz, with a fast scan rate of up to 50,000 resolutions/scan. This makes it suitable for both high-resolution and high-throughput analyses. Elan DRC-e has a range of data acquisition modes customized for various applications such as quantitation of post-translation modification and unexplored post translational modification. It also features an enhanced Multiple Reaction Monitoring (MRM) mode that reduces scan time, increases signal to noise ratio, and provides accurate quantitation of target compounds. The spectrometer is compatible with a variety of sample input mechanisms, including direct injection and sample exchange. It also has integrated technologies such as automatic computer-controlled sample exchange and automated sample preparation. With the combination of its range of data acquisition modes and advanced design, PERKIN ELMER / SCIEX Elan DRC-e is suitable for a wide range of laboratory measurements. It provides accurate quantitation of target compounds and has superb performance in proteomics applications. It is a powerful tool for the high-sensitive detection of molecular interactions and is commonly used in clinical and drug development research.