Used WATERS / MICROMASS GCT #9223937 for sale

WATERS / MICROMASS GCT is a spectrometer used to measure the mass of a sample. It has a uniquely practical design that combines a magnetic sector detector with an electromagnetic separator to achieve exceptional sensitivity and accuracy. WATERS GCT is capable of separating and measuring different components of a complex sample, including proteins, carbohydrates, and lipids. MICROMASS GCT uses a large magnet that provides deflection for ions passing through an electrode equipment. This is achieved by separating the sample by mass/charge ratio as ions move towards the detector. It also uses a quenching chamber to reduce ion losses and a scan/scatter discriminator to obtain data, allowing for higher sensitivity and accuracy in the readings. GCT is composed of several components, including a sample injector, an ion source, an ion target chamber, a vacuum system, a light source, a detector, a power supply, and data handling and analysis software. The sample injector introduces the sample into the ion source, which accelerates the ionized molecules through the magnetic field. The ions pass through the ion target chamber, where they are further ionized and directed to the detector for the actual measurement. WATERS / MICROMASS GCT also uses a light source to provide illumination during the measurement process and help focus the ions in the vacuum unit. The power supply is used to provide the necessary acceleration within the machine while the data handling and analysis software evaluate the data collected by the detector. In addition to its unique magnetic and electromagnetic separation capabilities, WATERS GCT is a sensitive and reliable device that is easy to use and setup. It is particularly powerful for separating and measuring molecules with low molecular masses, and can handle sample sizes ranging from 1 to 5 milligrams. With its high precision and advanced features, MICROMASS GCT is an excellent choice for research scientists and academics who need reliable and accurate measurements of their samples.