Used TRANSAT LN-100 #9066389 for sale

TRANSAT LN-100 photoresist equipment is an electrochemical device developed to investigate numerous chemical and physical phenomena in a wide range of samples. It consists of two main units: a computer-controlled mainframe and a number of modular research modules. The mainframe provides power, data acquisition, and mobility of the research modules while keeping the sample under constant electronic surveillance. The research modules, such as ion-sensitive probes, electrodes, scanning tunneling microscopy, and mass spectrometers, are used to study a variety of analytical parameters. The probes measure the relative magnitude of the charge of molecules in the sample while the electrodes allow the user to apply an electrical current to initiate the chemical reaction. The scanning tunneling microscopy allows for a two-dimensional imaging of the sample's structure and composition. The mass spectrometer collects ionized molecules for further analysis. LN-100 photoresist system is designed to conduct extremely precise measurements in a wide variety of liquid and solid materials, including those with extreme ionic concentration, such as fuel cells, corrosion, biofuels, and lubricants. It is powered by a Nanometer Electronics Unit (NES) that is driven by a 10 μm command voltage precision, which allows for accurate and reliable research data. The advanced software allows for the preparation of reactive solutions for the precise control and analysis of the sample. The researchers can then obtain high quality data in real-time. The photoresist machine also allows for many simultaneous reactions to be monitored, as well as providing a high-resolution imaging capability with an excellent temporal resolution for quick and accurate capture of the reaction processes. This enables researchers to track dynamic changes in the sample at the molecular scale. In addition to this, the tool is equipped with an advanced design package allowing for an extensive library of environmental parameters and conditions to be rapidly adapted to the experiments. TRANSAT LN-100 photoresist asset has been successfully used in many experimental research projects in atomic, molecular, and biochemical areas, as well as for process development and quality control. The model is capable of producing large data sets that are extremely dependable and easy to interpret for results that can be used for further research. In short, it is an invaluable tool that can provide researchers with reliable data to further their progress in their respective fields.