Used PEAK SCIENTIFIC Infinity NM18L #9288646 for sale

PEAK SCIENTIFIC Infinity NM18L is an innovative Nitrogen Generator designed with optimal performance and convenience in mind. It utilizes a two stage process to generate up to 4L of liquid Nitrogen (LN2) per hour while delivering excellent purity and pressure. The first stage of the process includes a high efficiency adsorption membrane that separates the Nitrogen from the other air components, and the second stage incorporates a vacuum pressure swing adsorption (VPSA) equipment that further purifies Nitrogen gas produced from the adsorption membrane. Infinity NM18L is capable of achieving up to 99.5% nitrogen purity with the VPSA system, which is tailored for maximum efficiency and minimal noise levels and vibrations. The unit operates on an automatic cycle, with a built-in interface for quick and easy control and monitoring functionalities. It can also be remotely operated via an app that provides live data on the machine's production and operating status. In order to ensure safe and reliable operation, PEAK SCIENTIFIC Infinity NM18L includes a number of safety features. These features include built-in sensors which are designed to detect unsafe levels of oxygen in the output stream, and an alarm tool that warns of any changes in the operational status of the asset, including the presence of a power outage or an emergency situation. Infinity NM18L is built compactly to accommodate a wide range of laboratory environments. Its lightweight design allows for easy mobility, while its robust construction and stainless steel finished exterior offers durability and longevity. Customers can activate an automatic pre-cooling model which ensures the equipment stays running smoothly even after long periods of inactivity, or shut down the system manually when not in use. PEAK SCIENTIFIC Infinity NM18L is a reliable and superior Nitrogen Generator, capable of producing up to 4L of liquid Nitrogen per hour with excellent purity and pressure. It offers enhanced safety features to prevent hazardous situations, efficient noise levels, convenient operation, and a robust design to meet the many needs of laboratories.