Used ESI M 9825 #9395653 for sale

ESI M 9825 is an innovative laser-discharge ion source used for efficient, high-performance production of atomic and molecular ions. The source utilizes a unique combination of laser pulse and a laser-triggered electric, coaxially discharged plasma to provide repeatable ion production with long lifetime. The source has adjustable parameters such as electrode gap and the laser energy and pulse characteristics that provide control of the ion production process. The source is capable of producing stable beams of atomic ions, molecular ions and even macro-ions, which can be used for various applications such as photon ionization (PI) and laser-induced dissociation (LID). The ion production process is initiated by the laser pulse, the energy of which is adjustable from 4-25 J/pulse, depending on the application. This pulse creates a high-pressure plasma, or "discharge", at very precise points within the source chamber. This gas discharge produces highly charged species of ions which can then be focused and produced into an ion beam. The laser-triggered plasma discharge is highly efficient and produces ions with lower energies, allowing for improved ion selection and precision. Additionally, the adjustable parameters of the source enable further control of the ion production process. The injection and extraction of the ion beam is performed through a set of electrodes located in the source chamber. This enables efficient reuse of the ions to be achieved. The extraction and focusing of the ions into a beam is also achieved by the use of several extraction grids, with suitable electrodes serving as control plates for the beam passing through the source chamber. A computer-controlled system can be used to control the source parameters and provide a highly repeatable process for ion production. ESI M9825 is an incredibly efficient and precise source for producing ions, and its wide range of adjustable parameters provide users with great flexibility when it comes to ion production. The source can be used for a variety of applications, including PI and LID, and is widely regarded as one of the most advanced and reliable ion sources on the market.