Used WONIK IPS Maha SP #9351370 for sale

WONIK IPS Maha SP is a modular Stable Plasma Reactor (SPR) designed for low-emission, high-efficiency plasma processing. It utilizes a unique combination of magnetic confinement and advanced microwave delivery systems to achieve optimal results. Its modular architecture allows for a wide range of designs and configurations and makes the SP an ideal choice for custom applications. Maha SP's magnetic confinement system uses a combination of linear and rotating magnetic fields to constrain and optimize the plasma environment. This allows for high power densities and efficient operation. In addition, it provides the temperature, particle density, and uniformity critical for successful processing. WONIK IPS Maha SP also features a microwave energy delivery system that is adjustable to deliver the exact tools for the desired processes. The internal components of Maha SP are designed for efficient operation. It features thermally efficient ports and insulated wall-spacers, as well as low-leakage, low-emission coatings to minimize escape of gas and vapors. Additionally, it has air-cooled port connectors that allow for quick and easy component replacement. The unique architecture of WONIK IPS Maha SP allows it to be configured for a wide range of operating conditions. In addition to the magnetic confinement, it can also be used to generate high-energy plasma through advanced gas flow and vacuum systems, or for a combination of both. This makes it well suited for applications in materials testing and surface hardening. Maha SP is also easy to maintain and upgrade. All components are highly accessible for cleaning and servicing, and the modular design allows for easy expansion with new components as needed. This makes it very useful for custom applications in research and production. Overall, WONIK IPS Maha SP is a powerful and versatile Stable Plasma Reactor. It combines advanced magnetic confinement and microwave delivery systems with an easy-to-maintain and upgradeable modular architecture to produce high-efficiency, low-emission plasma processing. This makes it ideal for custom applications in fields such as materials testing and surface hardening.