Used OLYMPUS STM-UM #9285924 for sale

OLYMPUS STM-UM is a Schrödinger-Stylus type ultra-microscope, designed and manufactured by OLYMPUS Corporation. It is a common platform microscopy instrument that has the potential to perform a variety of research tasks such as sample preparation, imaging and diffraction. The microscope is easy to use with minimal user input. It is equipped with a digital display, precise temperature control, and a precise joystick to ensure precise manipulation of the sample. The microscope is equipped with a variety of objective lenses which allow for a wide range of magnifications, covering a range of up to 1000x. The objective lenses are multi-constrained to provide the optimal solution for each experiment. This microscope also has its unique features like a vacuum stage for sample observation, a micro-sensor that is used for precise operation and observation, a charge-coupled device (CCD) camera that can be used for imaging samples, and a piezo stage for precise sample manipulation. STM-UM uses advanced imaging technologies and features such as bright-field, dark-field, and polarization microscopy, as well as high-resolution imaging systems. It also has advanced analyzing capabilities such as nanometer scale image quantification and image filtering capabilities. The microscope has been designed to be easy to operate, with the user only needing to enter the sample's layout and then controlling all the operational parameters. The ATR mode of OLYMPUS STM-UM offers a method to perform spectroscopic experiments on a sample surface. This ensures optimum results through control of the incident beam angle, as well as providing an easy-access-mode for users. The microscope also supports a full range of image analysis software that users can access and use, as well as a range of advanced microscopy techniques such as fluorescence, electron and Z-contrast technique. Overall, STM-UM is a versatile and powerful microscope that is capable of performing a variety of research tasks accurately and efficiently. Its advanced features, versatility, and ease of use make it a great choice for many microscopy applications in the research field.