Used SONOSCAN CSAM 3100 #9120666 for sale

SONOSCAN CSAM 3100 is a scanning acoustic microscope (SAM) designed for fast, non-destructive imaging of solid components with excellent resolution and high level imaging. This SAM can be used to study the internal structure of materials, as well as their surface features, compositional anomalies, and defects. This microscope can provide 3D images of both acoustic and optical properties of samples and accurately measure surface topography, roughness and dimensional uniformity. Its full 400 MHz bandwidth allows the user to observe vibrations in the range of 16 MHz to 400 MHz. The system also features very high sensitivity and resolution in the detection and analysis of surface and internal defects. SONOSCAN C-SAM 3100 employs a laser interferometer for scanning and a self-contained ultrasonic number generator for generating and amplifying sound. It is also equipped with a computer-controlled stage for accurate positioning of the sample and a high-speed digital camera for recording images in real-time. It is also capable of performing wide-field automated acoustic scans to provide quick analysis of materials over large areas. The use of this instrument for inspection and characterization of materials eliminates the need for sample preparation, reduces testing time, and helps save time and money. It utilizes an integrated acoustic imaging method which is reliable, reproducible, and cost effective. Its specialized software gives the user the ability to customize, optimize, and manipulate acoustic scanning parameters to obtain the best results. Its user-friendly operation and intuitive interface enables even a novice tester to be productive. The system is fully compatible with all types of materials such as metals, ceramics, plastics, composites, and rubbers. Additionally, it is also capable of performing various experiments, including fatigue tests, thermal imaging tests, thermal gradient tests, and strain analysis. Overall, CSAM 3100 is an excellent tool for inspecting materials with many unique capabilities. It offers a reliable, fast, accurate way to investigate the internal structure and properties of different materials for various applications.