Used OLYMPUS BH2-BHTU #9009247 for sale

OLYMPUS BH2-BHTU is a high-end transmission electron microscope (TEM) designed for imaging the microscopic structure of a variety of specimens. It features a full range of user-friendly components including an advanced imaging equipment, a high-precision stage, and an electronically controlled vacuum chamber. OLYMPUS BH-2 BHTU uses a field emission gun (FEG) to provide a broad range of magnifications with unsurpassed image resolution and contrast. The FEG is combined with a super-high resolution (200kV or less) microcolumn, allowing for imaging at magnifications up to 4 million times. BH2-BHTU is equipped with an OLYMPUS-developed imaging system, which includes an ultra-high resolution electron detector and an image recording unit. This allows high-precision image measurement and analysis of electron microscopy specimens. It is also crafted to be user-friendly, allowing for easy operation and convenient maintenance. The TEM also boasts a number of advanced capabilities such as high-resolution tomography (HRTEM), energy filtering, and electron holography. In addition to its advanced imaging machine, BH-2 BHTU is designed with an advanced high-precision stage. This stage provides precise movement and stability. The stage also features a vibration isolation tool which minimizes external disturbances for greater image stability. OLYMPUS BH2-BHTU also features an electronically controlled vacuum chamber. This chamber allows for a low-vacuum operation, which is necessary for optimal imaging and accurate image measurements. These advanced features, coupled with the light weight and compact design of OLYMPUS BH-2 BHTU, make it an ideal choice for a variety of applications, including research, industry, and academic institutions. BH2-BHTU transmission electron microscope is an essential tool for examining the microscopic structure of a variety of specimens. With its outstanding image quality, advanced imaging systems, and superior stage movement, it is a powerful TEM for obtaining detailed images of the microscopic world.