Used SHIMADZU AA-7000F #293651518 for sale

SHIMADZU AA-7000F is an Atomic Absorption Spectrometer that is used to analyze samples qualitatively and quantitatively in various areas such as environmental, food and medical fields. This instrument uses a flame atomizer to break down the sample into small particles and then measure the resultant absorbance at specified wavelengths. The instrument has a high sample throughput, allowing it to analyze approximately 8 samples per minute. It also offers a higher level of performance due to its advanced optics and RF Plasma Torch (RTPT). The instrument produces highly resolved absorbance spectra with superior sensitivity and is designed to provide the highest accuracy and repeatability. SHIMADZU AA 7000F is equipped with an external air curtain for optimum temperature control with a detection limit near zero. It also offers a high level of safety with flame sensors and automatic gas shut-off systems. It is capable of performing automatic calibration and analysis of liquids, solids and slurries and utilizes very low solvent consumption. AA-7000F is equipped with an easy-to-use touch screen graphical user interface that allows for monitoring and control from remote locations. The instrument also offers intuitive software for instrument and data management, enabling users to analyze and store data in a variety of formats. The instrument can be interfaced with other instruments, allowing for the integration of data and control systems. AA 7000F uses an optical equipment which is fully optimized for the highest sensitivity and resolution. The system provides extremely low stray light levels and eliminates the effects of interfering gains, ensuring quick setup and maximum results. SHIMADZU AA-7000F is powered by a unique light source and optimized optics unit, making it highly sensitive. The instrument also features advanced software with an integrated machine to analyze and store data. The instrument has been designed for ease of use and is ideal for both experienced and novice users.