Used FEI CLM Plus #293663055 for sale

FEI CLM Plus is a facility equipment designed by FEI, a leader in advanced microscopy, for automated laboratory analysis of biological materials. Designed to enable greater workflow efficiency and accuracy, CLM Plus combines scanning techniques, cutting-edge microscopy technology, and powerful software into a unified equipment. At its core, FEI CLM Plus is a versatile scanning system with an automated motorized scanning microscope. This microscope is equipped with a high resolution camera that supports up to 10 levels of detail, with up to 40,000x magnification. This microscope also includes an articulating arm in order to analyze samples of any size. CLM Plus also has a high-precision fluidic unit. This machine enables the automated collection and delivery of a manipulated sample, such as cells, proteins, and other biological materials. It also enables researchers to perform a wide variety of experiments and tests, such as sample sequencing and biobanking. The tool is built around a computer-controlled microscope. This microscope is equipped with an open imaging architecture that allows for quick integration of ancillary components, such as intelligent sample holders and imaging bundles. It also incorporates adaptive optics capabilities, allowing for improved image clarity and accurate analysis of 3D specimens. FEI CLM Plus is highly customizable to meet the needs of any lab. Its software can be customized to match existing processes and protocols, enabling automated data analysis that is tailored to the specific requirements of the lab. Overall, CLM Plus is a powerful facility equipment that can automate laboratory analysis of biological materials. Its scanning capabilities, coupled with powerful software, make it an ideal solution for any researcher or lab technician who wants to improve workflow and accuracy. With its high-precision fluidic asset and open imaging architecture, it is ideal for a wide range of applications from sample collection and delivery, to sample sequencing and biobanking.