Used EG&G VersaSTAT MC VMC-2 #9090462 for sale

EG&G VersaSTAT MC VMC-2 is an advanced laboratory instrument used for research and experimentation. This equipment is capable of measuring different physical properties that require high accuracy and precision. It offers a range of options that can be used in different laboratory setups and applications. VersaSTAT MC VMC-2 features a temperature control system that can be used to accurately regulate the temperature of a sample regardless of the environment. This unit is designed to maintain a constant temperature set-point for precise measurement of temperature-dependent physical properties. It also features an advanced optical machine that allows for precise light measurement. This tool consists of several lenses, illumination sources, and optical components designed for sample observation and measurement. EG&G VersaSTAT MC VMC-2 includes a digital control asset that offers easy-to-use control and programming features. This model is designed to provide accurate data recording, collection, storage, and analysis. It is equipped with a variety of interchangeable sensors and probes to detect different physical properties and obtain temperature readings. Additionally, the equipment is capable of performing advanced data analysis that can be used to interpret the data obtained. Another feature of VersaSTAT MC VMC-2 is its built-in safety system. This unit includes a set of safety protocols that are designed to prevent possible damages or accidents that may arise during experimentation. This includes alarms, warnings, and shutdown systems designed to protect both the instrument and the samples. Additionally, the machine is equipped with several output ports that allow for data transfer and sharing between computers and other compatible devices. Overall, EG&G VersaSTAT MC VMC-2 is an advanced laboratory instrument that provides precise measurements and reliable temperature control for a variety of laboratory applications. Its advanced optical tool, digital control asset, and built-in safety protocols make this model an ideal choice for research and experimentation in the laboratory.