Used BRUKER / VEECO DTIPX #9101448 for sale

BRUKER / VEECO DTIPX is a powerful imaging system combining the best of both VEECO and BRUKER technologies. It is designed for rapid imaging of thin films. VEECO DTIPX can quickly and accurately capture images in high resolution, which makes it perfect for a wide variety of industrial and research applications. The system combines a variety of optical components, such as an advanced motorized XY stage, automated vacuum control, high-resolution CCD cameras, and a motorized Z-stage, with a well-designed control software. The stage provides precise sample alignment, allowing for repeatable measurements. BRUKER DTIPX also features a high-resolution, high-contrast imaging platform with swept field imaging (SFI) and a variety of signal collection modes. This allows for accurate and precise imaging of thin films as well as interstitials and subsurface defects. Its automated vacuum control provides a controlled environment for imaging while its motorized Z-stage affords up to 10 micron of vertical resolution providing clarity and detail in imaging. In addition, DTIPX provides a range of imaging filters to analyze a wide variety of specimen materials. BRUKER / VEECO DTIPX is a powerful tool for thin films research and analysis. Its high-sensitivity and long-duration imaging capabilities provide quantitative and qualitative data to help researchers better understand their materials. Its ability to quickly and accurately acquire images makes it indispensable in research laboratories. Its broad range of imaging filters allow for a variety of data collection and its motorized XY and Z-stage allow researchers to adjust the sample alignment precisely. With the help of the powerful control software, VEECO DTIPX can accommodate different substrates and geometries with ease while providing excellent image resolution. BRUKER DTIPX is an excellent choice for any research group or laboratory focused on imaging of thin films. Any regular user should find its combination of hardware and software easy to use and the results should be of a high quality. It is a powerful tool for any industrial or research team engaging in research in thin films.