If Not Then Tm 1000
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Hitachi Tabletop Microscope
Features
Energy-saving design*1 and compact size
No metal coating required to observe non-conductive samples
Easy to use
Quick change through desired magnifications
Stereoscopic observation with greater depth of focus*2
*1 80% less power consumption than the predecessor
*2 in comparison with optical microscope
2
Image on the monitor is an insert in printing.
Reference example of PC installation.
An associated PC to be procured locally.
1
Compact size
Easy to use
Solid construction
Superior resolution and higher magnification than an optical microscope
Ideal for a variety of sample types
A compact tabletop microscope invites
you to the stereoscopic micro world
Compact size
Easy to use
Solid construction
Superior resolution and higher magnification than an optical microscope
Ideal for a variety of sample types
A compact tabletop microscope invites
you to the stereoscopic micro world
4
No metal coatings required for observation
of non-conductive sample types
No coating is required due to observation under variable
pressure vacuum
Samples imaged by the TM-1000 require no special preparation such as metal coatings of non con-
ductive samples, giving the ability to observe a broad variety of samples quickly and easily.
Charge-up reduction mode
With the integrated “Charge-up reduction mode”, even samples that are prone to charging can be
observed at high magnification with little or no disturbances. This is just one of many features the
TM-1000 uses to optimize the image quality with just a click of the mouse.
Observation utilizing Variable Pressure vacuum
Because the Tabletop Microscope is
based on Variable Pressure technology,
sample throughput is high*1 and perfect for
a multi-user lab. The Variable Pressure,
combined with the high sensitivity
backscattered electron detector, makes
visual observation quick and simple.
*1 At 3 minutes after sample exchange image observa-
tion is ready.
Primary electron beam
Non-conductive sample
BSE detector
Objective
lens
Residual gas
Standard mode Charge-up reduction mode
3
Energy-saving design and compact size
Table-top size and ready for observation anytime
The TM-1000 is ready to image at anytime using a standard power outlet. Power is only needed dur-
ing use, creating an energy-saving, eco-friendly system.
The compact and portable design allows it to fit on any standard laboratory bench or desk, requiring
no special room or environment.
Energy-saving design without continuous power ON
The TM-1000 incorporates a user friendly, intuitive screen controlled by a mouse that any novice
user can quickly learn. Designed for both educational and professional research labs, the Tabletop
Microscope’s ease of use brings the power of high resolution microscopy to any facility.
Simply insert your sample into the chamber, pump down and click the start button; it’s that easy. The
image is automatically focused and ready for you to explore the fascinating structures of the micro-
world.
478mm 564mm
513mm
6
Quick change to required magnifications
Changing magnification is quick and easy
The magnification can quickly be changed between 20X to 10,000X via the GUI. There is no need
to change the objective lens as required by optical microscopes.
Preset magnifications
Two magnification presets can be saved for
quick and easy access to frequently used mag-
nification conditions.
3,000X
500X
5
Easy to use
Auto Start function
By clicking the “Start” button, the TM-1000 will automatically saturate the filament, set the magnifica-
tion to 100X, adjust the contrast and brightness and focus the image providing a sharp image on the
viewing monitor.
Image rotation on the monitor
The integrated image rotation function allows the user to rotate the image 360 degrees for frame
perfect orientation and image capture.
AFC : Automatic Focusing Control
ABCC : Automatic Brightness & Contrast Control
Rotation 0° Rotation 90°
8
Useful extended functions
Data Entry/Measurement function
Texts and graphics can be superimposed on a captured
image. As a example of operation, point-to-point measure-
ment at any angle can be simply executed by dragging from
the first point to the end point. Arrows, rectangles and
ellipse can be entered to point out areas of interest.
Image balance mode
Although the TM-1000 employs an automatic
brightness and contrast adjustment, they can be
additionally manipulated by an individual slide
bar on a captured image to enhance images
and bring out fine structures when necessary.
Stereoscopic morphological observation
with greater depth of focus
Stereoscopic image observation with high depth of focus
The TM-1000’s imaging system allows stereoscopic observation with a high depth of focus.
Elemental observation
In addition to great depth of focus and surface topography, the TM-1000 provides elemental informa-
tion observed as a function of atomic number. High atomic number material will appear bright as
compared to low atomic number material which will appear darker, whereby providing compositional
information.
7
Optical microscope image
Cosmetic Foundation Serpentine
Sample: Diatom
Text tool
Line drawing tool
Single arrow headed line
drawing tool
Double arrow headed line
drawing tool
Inner dimension drawing tool
Outer dimension drawing tool
Inner dimension drawing tool
with measurement data
Outer dimension drawing tool
with measurement data
Ellipse drawing tool
Rectangle drawing tool
9
Application gallery
Printed Circuit Board Semiconductor Device
Solder Varistor
Ceramic Ceramic Electronic Component
10
Watch Mechanism Stent
Carbon Fiber Foamed Plastic
Polystyrene Compound Polyurethane Foam
11
Powdered Cleanser Headache Tablet
Nylon Stocking Wool Blend Fabric
Charcoal Cosmetic Foundation
12
Pigeon Feather Egg Shell Membrane
Mint Leaf Fungus
Rice Tartaric Acid
Dinoflagellate Elphidium
Tick Gold Beetle
Butterfly Proboscis Butterfly Compound
13
Main unit specifications
14
Items Description
■
Magnification 20~10,000X (digital zoom: 2X, 4X)
■
Accelerating voltage 15kV
■
Observation mode Standard mode
Charge-up reduction mode
■
Sample stage traverse X:15mm, Y:18mm
■
Maximum sample size 70mm in diameter
■
Maximum sample height
20mm
■
Electron gun Pre-centered cartridge filament
■
Signal detection system High-sensitive semiconductor
BSE detector
■
Auto image Auto start, auto focus,
adjustment function auto brightness/contrast
■
Frame memory 640 ×480 pixels, 1,280 ×960 pixels
■
Image data memory HDD of PC and other removal media
■
Image format BMP, TIFF, JPEG
■
Data display Micron marker, micron value, date and time,
image number and comments
■
Evacuation system Turbomolecular pump: 30L/s × 1 unit,
(vacuum pump) Diaphragm pump: 1m3/h × 1 unit
■
Safety device Over-current protection function
Specifications
Suggested installation layout
Items Description (Width × Depth × Height, Weight)
■
Main unit 338 ×564 ×513mm, 58.5kg
■
Control unit 140 ×564 ×513mm, 23.0kg
■
Diaphragm pump 145 ×256 ×217mm, 4.5kg
Dimensions and weight
Items Description
■
Room temperature 15~30°C
■
Humidity 70%RH or less
■
Power source Single-phase AC100,110,115,200,
220 or 240V(±10%), 500VA
■
Grounding 100 ohm or less
Installation condition
* Recommended table size: 1,200 ×800mm, withstand load: 100kg or more
* Periodical maintenance is required for this apparatus
* Limited to indoor operation.
3P
outlet*1 Step-down
transformer 256
145
564
525
Control
unit
Main unit
Table
PC
140 338
* 1 : 3P outlet with ground terminal
* 2 : 3P plug lead with ground terminal – 3m Unit: mm
Diaphragm
pump
*2
Items Description
■
OS Windows XP Home Edition (SP2)
■
CPU Intel Celeron M340 or better
■
Memory size 512MB or larger
■
Display monitor 15.4 type, WXGA 1,280 ×800 pixels
■
Interface connector USB 2.0
Required PC specifications
* An associated PC to be procured locally.
* Windows is a registered trademark of Microsoft Corporation in the United States
and/or other countries.
* Intel and Celeron are registered trademarks of Intel Corp. or its affiliated compa-
nies in the United States and/or other countries.
* Specifications of a PC are subject to change.
200
Energy Dispersive X-ray Spectrometer
(dedicated for TM-1000 Tabletop Microscope)
Reference example of TM-1000 and SwiftED-TM Installation
Image on the monitor is an insert in printing.
No metal coating required to analyze non-conductive samples
Compact size and easy to operate
Display of image and elemental data on the same monitor
Quick and easy analysis available within minutes
No LN2 required
No metal coating required to analyze non-conductive samples
Compact size and easy to operate
Display of image and elemental data on the same monitor
Quick and easy analysis available within minutes
No LN2 required
NOTICE: For proper operation, follow the instruction manual when using the instrument.
Specifications in this catalog are subject to change with/or without notice, as Hitachi High-Technologies Corporation continues to develop the latest
technologies and products for our customers.
Tokyo, Japan
http://www.hitachi-hitec.com/em/world/
24-14 Nishi-Shimbashi 1-chome, Minato-ku, Tokyo, 105-8717, Japan
Printed in Japan (H) HTD-E000 2009.10
Detector
■
Detector type Silicon drift detector
■
Detection area 30mm2
■
Energy resolution 165eV (Cu-Kα)
(equivalent to 148eV with Mn-Kα)
■
X-ray window Be window
■
Detection element Na11 – U92
■
Cooling method 2-stage thermoelectric (peltier)
cooling (without fan and LN2free)
Digital pulse processor Multi channel analyzer
2,048 channel (10eV/ch)
Hardware
Reference example of
TM-1000 and SwiftED-TM Installation
■
Detector unit 149 ×234 ×136mm, 3.0kg
■
Analyzer unit 180 ×260 ×330mm, 3.0kg
■
IEEE1394 Hub 82 ×64 ×20mm, 50g
■
Table tap for EDX system 225 ×60 ×40mm, 300g
■
AC Adaptor for Analyzer 130 ×57 ×32mm, 400g
■
AC Adaptor for IEEE1394 Hub 130 ×57 ×32mm, 400g
Dimensions and Weight (Width × Depth × Height, Weight)
■
Room temperature 15~30°C
■
Humidity 45~70%RH or less
■
Power Single-phase 100VA, AC100~240V ±10%
■
Grounding 100 ohm or less
Installation condition
145
255
130
130
82
140 180
338
1,200
Unit: mm
800
200 254
564
525
260
57
57
64
60
TM-1000
Nain Unit
Tabl e Ta p for EDX
Step-down
transformer
AC Adaptor
AC Adaptor
IEEE
1384 Hub
Control Unit
Diaphragm
Pump
EDX Detector
EDX Analyzer
PC
3P cable including ground: 3m
3P cable including ground: 3m
* Recommended table size: 1,200 ×800mm, withstand load: 100kg or more
* Periodical maintenance is required for this apparatus
* Limited to indoor operation
■
OS Windows®XP Home Edition (SP2)
■
CPU Intel Celeron M340 or better
■
Memory size 512MB or larger
■
Monitor resolution 15.4 type, WXGA 1,280 ×800 pixels
■
Interface connector USB 2.0, IEEE1394
PC Specifications
■
Spectrum display Scale expansion or shrink in vertical and
horizontal, KLM marker display
■
Qualitative analysis Auto ID and manual peak ID
■
Quantitative analysis Standardless quantitative analysis
■
Spectrum exporting Bitmap, Tiff, JPEG, EMSA, Text
■
Data reporting Report template for printing
Exporting to Microsoft®Word
Software
* An associated PC to be procured locally.
*Windows is a registered trademark of Microsoft Corporation in the United States
and/or other countries.
*Intel and Celeron are registered trademarks of Intel Corp. or its affiliated compa-
nies in the United States and/or other countries.
*Specifications of a PC are subject to change.
Main specifications of SwiftED-TM EDX system
NOTICE: For proper operation, follow the instruction manual when using the instrument.
Specifications in this catalog are subject to change with or without notice, as Hitachi High-Technologies Corporation continues to develop the latest
technologies and products for our customers.
Tokyo, Japan
http://www.hitachi-hitec.com/em/world/
24-14 Nishi-Shimbashi 1-chome, Minato-ku, Tokyo, 105-8717, Japan
Printed in Japan (H) HTD-E136 2007.8
