Used MVE CRYOGENICS XLC 810HEF Gen 2 #9288774 for sale

MVE CRYOGENICS XLC 810HEF Gen 2 facility equipment is designed to provide an efficient and reliable cryogenic cooling process. It is capable of delivering a highly precise level of cooling utilizing a combination of compressor technology and an integrated high efficiency, low maintenance, cryogenic fluid management equipment. XLC 810HEF Gen 2 offers advanced features including a precision temperature control system with a temperature range from -196°C to +25°C and a temperature stability of ±0.3°C. The unit also includes an integrated pre-purge unit which helps to optimize efficiency and to minimize the need for manual maintenance. MVE CRYOGENICS XLC 810HEF Gen 2 is constructed from heavy-duty stainless steel components to ensure maximum durability and reliability. It includes multiple safety features such as a low-pressure safety shut-off switch and a primary overfill protection machine. In addition, the unit is equipped with an easily-accessible internal control panel for monitoring temperature and pressure levels along with a timer-based advanced scheduling tool for optimizing the cryogenic cooling process. XLC 810HEF Gen 2 is designed to run an isolated cooling loop in order to keep temperatures consistent throughout the entire cryogenic process. This helps to provide a higher-precision level of control and results in more consistent and reliable results. The internal valve asset also helps to ensure that temperatures are kept even during extended periods of use. MVE CRYOGENICS XLC 810HEF Gen 2 runs an efficient cooling cycle which helps to save energy costs. The closed cooling loop design significantly reduces the energy consumption needed to keep temperatures in the set range. As a result, users are able to obtain better energy efficiency and more cost effective cooling solutions. XLC 810HEF Gen 2 is a reliable facility equipment designed to simplify and optimize the cryogenic cooling process. It offers an efficient and highly precise cooling cycle which helps to reduce energy consumption while providing superior temperature stability and precision. The unit also provides a variety of safety features and is constructed from durable stainless steel components for maximum durability and reliability.