Used CRYOTHERM Apollo 350 #9301774 for sale

CRYOTHERM Apollo 350 is an advanced cryogenic facility equipment used to provide extreme cold temperatures for the purpose of scientific research. This equipment is built with precision components and designed to produce temperatures down to -310°F (-190°C) with a powerful cooling unit. As well as research, Apollo 350 is also used for cooling processes such as superconductivity and sublimation of gases. CRYOTHERM Apollo 350 features a variety of options to ensure efficient, reliable operation. One is an easy-to-use touch screen interface, which allows users to input parameters and monitor temperatures. There are also digital temperature readouts and a precision temperature-control mode for ultimate accuracy when setting target temperatures. The equipment also includes a variety of safety features designed to ensure that the equipment operates as safely and effectively as possible. These include low-temperature shut off, high pressure regulators, safety valves, and communication systems designed to alert operators in the event of any system failure or malfunction. Apollo 350 also features an efficient cooling unit, which is capable of producing high performance temperatures, as well as a simplified vacuum unit for efficient operation. The equipment uses an energy-efficient refrigerant, and has an adjustable exhaust velocity that helps regulate how much heat is released into the environment when the machine is running. All of these features are designed to reduce the over-all cost of operation and maintenance. CRYOTHERM Apollo 350 also has the ability to connect to a variety of different control systems, allowing users to easily connect the tool to multiple devices. This allows for further integration with the host laboratory, such as monitoring controls, data logging, and more. Overall, Apollo 350 is a powerful, capable cryogenic equipment designed to provide extreme cold temperatures for scientific research and industrial processes. It offers a number of features such as accurate digital temperature readouts, safety features, efficient cooling units, and connection to multiple control systems. All of these features are designed to ensure that the asset operates as safely, effectively, and efficiently as possible.