Hitachi fully digital 120kV transmission electron microscope HT7700

Hitachi fully digital 120kV transmission electron microscope HT7700

Product Introduction

The HT7700, as a model of the Hitachi TEM H-7000 series, is a transmission electron microscope developed by Hitachi for the fields of biology, pharmaceuticals, nanotechnology, and soft materials. The HT7700 has excellent operability and diverse digital imaging functions. By unifying the operation of the CCD camera with the microscope host, it can be easily and conveniently operated on the display screen, and can also be observed in bright indoor environments. It is an epoch-making new type of transmission electron microscope.

The main features of Hitachi's fully digital 120kV transmission electron microscope HT7700 are:

1. The TEM operation is unified on the display, without the need to directly look at the fluorescent plate, achieving filmless observation. It can be observed in bright indoor environments, and images that were previously dark and difficult to recognize on the fluorescent plate can also be displayed clearly on the display.

2. It directly inherits the basic concept of Hitachi 120KV-TEM, which includes low magnification and wide field of view observation, high contrast and high-resolution observation, and low-dose observation.

3. The high-precision CCD camera operation is unified with the host operation, allowing for smooth observation of high-resolution digital images.

4. Equipped with automatic image stitching and recording functions as standard.

5. Equipped with the Electron Microscopy Image Management Software (EMIP-SP), the captured images are automatically registered in the image database for easy management and classification of images, as well as functions such as length measurement and image processing.

6. Equipped with a standard turbo molecular pump (TMP) vacuum system to achieve cleanliness of the vacuum system.

7. Adopting a new design that separates the console, monitor, and TEM host, it saves installation space compared to previous designs and adopts environmentally friendly designs such as power saving and lightweight.

Technical Specifications:

※ 1 Theoretical resolution value

※ 2 Depending on the optional items, there may be changes

Application fields:

Biology, agriculture and forestry, medicine, nanomaterials, polymer materials