Used SONOSCAN D-9000 #293817479 for sale

Manufacturer
SONOSCAN
Model
D-9000
ID: 293817479
Vintage: 2004
Scanning Acoustic Microscope (SAM) (2) Radio Frequency (RF) channels Transducer 2004 vintage.
SONOSCAN D-9000 is a state-of-the-art acoustic microscopic system. With this device, users can take high-resolution images of micro-structures and examine them in great detail. The device is capable of producing superior images of materials down to nanometer scale. In addition, the system is also able to analyze and measure the structural geometry of components to one-tenth of the smallest feature size. SONOSCAN D9000 utilizes both the non-contact acoustic imaging technology and the traditional contact-mode scanning technique. The acoustic imaging technology is used to capture three-dimensional (3D) images of materials, while the contact-mode scanning technique is used to more accurately analyze the characteristics of the micro-structure. D 9000 features up to one-micrometer resolution, along with a 256 independent depth channels for this wide-ranging imaging capability. It also offers enhanced accuracy for suspended and other objects with a hybrid approach, which combines acoustic imaging and contact-mode scanning as needed. In addition, both contact and non-contact narrow-beam interrogation can be used to enhance imaging quality and resolution. D9000 also provides powerful image manipulation and analysis tools. These tools allow users to manipulate images to amplify the signal-to-noise ratio and determine the presence of defects within the micro-structure. The user can also identify, analyze and measure key parameters and features such as feature widths, roundness and thickness, as well as extract feature measurements. Overall, D-9000 is an advanced acoustic imaging microscope designed to capture and analyze micro-structures with nanometer resolution accuracy. Its robust software packages provide users with enhanced imaging manipulation, along with powerful analysis and measurement tools. This makes SONOSCAN D 9000 a powerful tool for researching and inspecting micro-structures.
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