Used ULVAC ZX-1000 #9237357 for sale

ULVAC ZX-1000 is an advanced type of plasma-based reactor designed for use in a range of industrial and research applications. It is equipped with a multi-stage spiral-tube injector for efficient and reliable operation, capable of producing high-temperature plasma up to 10,000K. ULVAC ZX 1000 is powered by a high voltage pulsed direct current (DC) generator, enabling precise and repeatable plasma production. To ensure optimal operation, the reactor's coils are outfitted with a multipoint temperature monitoring equipment, allowing for real-time temperature adjustments during operation. The reactor's construction is modular and utilizes an array of permanent magnets and ceramic components, reducing the cost and complexity of the system while ensuring reliable, sustainable operation. An integrated magnetic field equalizes plasma around the reactor, limiting the spread of pollutants and increasing the plasma's lifespan. Additionally, the electron density of the plasma can be adjusted using a series of capacitors, enabling plasma flow rate to be precisely controlled. ZX-1000 also features a precision plasma control and monitoring unit for monitoring electron temperature and density. This machine provides accurate and reliable information about the parameters of the plasma, allowing for operation to be optimized for maximum performance. The reactor is capable of a range of processes with multiple materials, including those with limited thermal conductivity, and has demonstrated the ability to produce abundant source plasmas, including deuterium and oxygen production. Additionally, surface treatments and deposition of materials can be achieved with the reactor. In short, ZX 1000 is an advanced, modular reactor capable of handling a range of processes and materials, with precise control and monitoring systems to ensure optimal performance and safety. Its efficient and reliable operation, as well as its low cost, make it an attractive choice for a variety of industrial and research applications.