Used PLASMA QUEST 333 #293646412 for sale

PLASMA QUEST 333 is a three-walled reactor, also known as an 'artificial star', designed to create and contain a stable plasma field. As the most advanced edition of the QUEST (Quantum Excitation by Stimulated Turbulence) series, it is highly sought after for its capability to generate plasma conditions similar to those found in stars. The five main components of the reactor include a pair of toroidal magnets, the central core chamber, four exhaust valves, and the shielding layer. The two toroidal magnets form a full circle around the reactor, forming the core chamber. The direction of the polarity of these magnets provides stability for the plasma field. The central core chamber houses a set of electromagnets which further enhance and maintain the stability of the field. Four exhaust valves form an octagonal shape and are located along the outer walls. These allow for the expulsion of excess heat or unstable particles generated during the excitation process. The shielding layer is composed of two layers of wire, which acts to further insulate the interior components from harmful radiation and particles. The reactor is operated by means of external stimuli, which sets the plasma state to a predetermined series of parameters. These parameters are determined by the system's artificial intelligence core, which then adjusts the electromagnets and the polarity of the toroidal magnets within the core chamber. This creates a stable, self-organizing and self-sustaining plasma field. The sustained field is capable of lacking turbulence to as little as 500W/cm3, significantly reducing the risk of instability. 333 is an incredibly powerful reactor. It offers a high degree of plasma production capability in a relatively safe environment. Additionally, the close-looped sustainer system allows for a reliable and continuous running of the system without the need of interference from external forces. This makes the QUEST PLASMA QUEST 333 a dependable and efficient choice for applications where the maintenance of a stable plasma field is necessary.