Used IMV MACS II #9400358 for sale

IMV MACS II is a lab equipment and accessory used to perform laboratory experiments in a controlled environment. The system is designed for the purposes of environmental monitoring, sterilization, medical research and other applications. MACS II is an air-cooled and air-conditioned, enclosed lab environment that is made up of several main components that provide the user with different levels of process control. The main component of the system is the isolator. This is the key element that helps maintain a sterile and temperature-controlled environment inside the laboratory. The isolator is a chamber sealed by rubber seals or slide-up doors. This helps keep the inside of the chamber and its contents uncontaminated by outside sources. The users can control the temperature, air pressure and relative humidity inside the chamber as well as the environment's air circulation rate. The main access point for IMV MACS II is a valve. This is a simple electrically operated unit that is used to open and close the chamber. The chamber contains an inlet, exhaust and temperature sensor. The valves are important in maintaining the chamber temperature and environment, as the chamber temperature is kept constant with the use of the valves. Other components for MACS II include HVAC (heating, ventilating, air conditioning) systems, ozone generators, lights and microwaves. The HVAC systems are used to regulate the temperature, humidity and air flow inside the chamber, making sure that the effects of external sources of contamination or condensation have a minimal effect. The ozone generators are responsible for producing an artificially low level of oxygen in the environment which helps to prevent microbial growth. Lastly, the lights and microwaves are used to illuminate the chamber and allow the experiment to take place with minimal risk of contamination. In conclusion, IMV MACS II is an effective, air-conditioned and controlled laboratory system that is designed to help maintain the environment, temperature and quality of the experiments conducted inside the chamber. This is possible due to its several components working in unison to provide the user with an efficient and safe work environment.