Used HITACHI CG 4000 #9196446 for sale

HITACHI CG 4000 is a scanning electron microscope (SEM) designed to suit the needs of a range of users in the field of microscopy. It is equipped with a range of features designed to improve performance and accuracy compared to lesser alternatives. An Everhart-Thornley detector (secondary electron detector) provides consistently high quality images with a large field of view. This detector enables a greater depth of focus, providing increased contrast and clarity than typical other models. The detection of X- Ray counts can also be enabled with the addition of an EDAX detector. This addition allows users of the microscope to analyse the elemental composition of samples through the analysis of X- Ray emissions. The system also offers an automated particulate analysis module, with a particle size detection range of between 1 and 100 microns. This module allows the automatic measurement of particle or fiber diameter, along with the calculation of particle and fibre density. This can be a great advantage when conducting experiments and investigations. Additionally, HITACHI CG4000 provides an automated videometric module. This can accurately measure film and thickness of coatings up to 5 microns in total. This is beneficial for a range of applications such as failure analysis and research into surface coatings. The system also offers accelerated operation in comparison to many of its peers. This is due to the Fast Analysis Scan (FAS) functionality. This feature allows up to five times the speed of acquisition, particularly in the field of large area analysis. The system has been designed with a variety of applications and users in mind. The camera is ideal for analysis up to 50,000X magnification for a wide range of samples, from biological specimens to industrial materials. The user interface is intuitive and easy to use, making the microscope competitive with other entry-level models on the market. In conclusion, CG-4000 offers a powerful scanning electron microscope with competitive performance and accuracy levels. Its range of features and user-friendly interface make it suitable for multiple applications, from high-end research to practical purposes.