Tabletop Microscopes TM4000II / TM4000Plus II
The Future of Tabletop Microscopes is Here!
The TM4000 Series features innovation and cutting-edge technologies which redefine the capabilities of a tabletop microscope. This new generation of the long-standing Hitachi tabletop microscopes (TM) integrates ease of use, optimized imaging, and high-image quality, while maintaining the compact design of the well-established Hitachi TM Series products. Experience the new dimension of tabletop microscopes with the Hitachi TM4000 II and TM4000Plus II.
Features
A quality image can be obtained with simple steps.
Automation, Observation, and Elemental Analysis
Easy to switch images with one-click.
Rapid acquisition of elemental maps *2
Sample : Movement of watch
*1 Secondary electron images and MIX images can only be observed in TM4000Plus II
*2 Option
Intuitive operation on Camera Navi *
Use of optical images helps navigate to target observation area easily.
Obtained SEM images can be layered on a SEM MAP image.
Sample: Movement of watch
* Option: Camera Navigation System
Report Creator
Simply select images and a template to create a customized reports.
Created reports can be saved/edited in Microsoft Office® formats.
Sample : Movement of watch
The image on the screen includes options.
Various imaging applications using 4-under low vacuum status.
Charge-up reduction mode
Charge on a sample can be reduced by one-click.
Image a variety of materials under low vacuum condition
The images show observations of non-conductive samples such as ink toner particles and a hydrated leaf surface.
Various imaging applications using 4-under low vacuum status.
Innovative secondary-election detector to obtain surface detail with non-conductive samples at lower vacuum conditions
The TM4000Plus II can observe not only conductive samples, but also non-conductive or hydrated samples without sample preparation. Switching between BSE and SE can be performed easily.
High-sensitivity Low vacuum SE Detector (UVD)
Hitachi's UVD generates secondary-electron images by detecting visible light excited by electron gas interactions.
Advantages of 20 kV accelerating voltage
High accelerating voltage enables higher-speed EDS analysis.
EDS mapping data at 20 kV in 2 min
Multi Zigzag (Option)
A function that takes multiple high-magnification images and stitches them together to create a single high-resolution image.
STEM holder (Option)
Easily obtain transmitted images on thin samples
The newly developed STEM holder can be used to perform transmission images with the Hitachi UVD. Images of thin or biological samples can be obtained.
* UVD is a function of TM4000Plus II.
Applications Gallery
Specifications
Model name | TM4000Plus II | TM4000 II |
---|---|---|
Magnifications |
10× - 100,000× (Photographic magnification) 25× - 250,000× (monitor display magnification) |
|
Accelerating voltage | 5 kV, 10 kV, 15 kV, 20 kV | |
Image signal | Backscattered electron Secondary electron Mix (Backscattered electron + Secondary electron) |
Backscattered electron |
Vacuum mode | BSE: Conductor/Standard/Charge-up reduction SE: Standard/Charge-up reduction Mix: Standard/Charge-up reduction |
BSE: Standard/Charge-up reduction |
Sample stage traverse | X: 40 mm, Y: 35 mm | |
Maximum sample size | 80 mm (diameter), 50 mm (thickness) | |
Electron gun | Pre-centered cartridge tungsten filament | |
Signal detection system | High-Sensitivity 4-segment BSE detector High-Sensitivity Low-Vacuum SE detector (UVD) |
High-Sensitivity 4-segment BSE detector |
Evacuation system (vacuum pump) |
Turbo molecular pump : 67 L/s×1 unit Diaphragm pump : 20 L/min×1 unit |
|
Size / weight |
Main unit (motorized stage): 330 (width)×614 (depth)×547 (height) mm, 54 kg Main unit (manual stage): 330(width)×617(depth)×547(height) mm, 54 kg Diaphragm pump: 144 (width)×270 (depth)×216 (height) mm, 5.5kg |
Citations
Related Links
This journal addresses a wide range variety of research papers and useful application data using Hitachi science instruments.
Photo collections of beauty of metals, minerals, organisms etc. reproduced by the electron microscope and finished more beautifully by computer graphic technology.