Used SII NANOTECHNOLOGY / SEIKO SEA-1200VX #9186852 for sale

SII NANOTECHNOLOGY / SEIKO SEA-1200VX is an advanced X-ray equipment designed for industrial and scientific applications. It is an extremely versatile device that can measure the composition of a material without needing to physically sample it. It uses a solid- state X-ray detector powered by an excitation source emitting X-rays to allow information about a sample to be obtained non-destructively. This X-ray system can be used to measure the thickness of various coatings, identify defects and analyze dense materials. It provides excellent results by optimizing parameters such as applied voltage, current and acceleration voltage. It also features the latest in optical multi-channel analyzers, which detect and analyze X-ray photoelectrons emitted from the sample. The powerful X-ray detector features a range of sizes with two standard formats being 28.5 inches by 14.2 inches (72 cm by 36 cm) and 21.2 inches by 10.6 inches (54 cm by 27 cm). It also features a maximum resolution of 20 nm, which is equivalent to 0.02 mm, allowing for highly accurate analysis of materials. The excitation source of the device is based on an X-ray tube. This tube emits X-rays at a wide range of energy levels, from low-energy X-rays to higher-energy X-rays. It also has a velocity deflector capability allowing for adjustable acceleration voltages to change X-ray energies. In addition, the device includes a set of customizable software for analysis and data collection. This software allows users to create images and analyze data without needing to have a physical presence on-site. Fans and filters are also included in the unit and designed to ensure an optimal working environment. SEIKO SEA-1200VX machine is a reliable and accurate X-ray tool designed for industrial and scientific applications. Its ultra-high resolution and long-term stability makes it ideal for high-precision research, production, and analysis. It is an extremely versatile device that can provide detailed and accurate results over a wide range of samples.