- Product Details
- {{item.text}}
Quick Details
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Place of Origin:
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Beijing, China
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Brand Name:
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OPTO-EDU
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Model Number:
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A63.7032
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Resolution:
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"3nm @30kV(SE) 4nm @30kV(BSE) 8nm @3kV(SE)"
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Voltage:
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0.2kV~30kV
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Magnification:
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"1x~300,000x(film) 1x~1,000,000x(screen)"
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Electron Gun:
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Pre-Aligned Tungsten Filament
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Vacuum System:
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"Fully Auto Control Oil Free Vacuum <5x10-4 Pa"
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Camera:
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"Vertical Optical Navigation CCD Horizontal Monitoring CCD"
Quick Details
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Warranty:
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3 years
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Theory:
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Scanning Electron Microscope
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Drawtube:
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N/A
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Place of Origin:
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Beijing, China
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Brand Name:
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OPTO-EDU
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Model Number:
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A63.7032
-
Resolution:
-
"3nm @30kV(SE) 4nm @30kV(BSE) 8nm @3kV(SE)"
-
Voltage:
-
0.2kV~30kV
-
Magnification:
-
"1x~300,000x(film) 1x~1,000,000x(screen)"
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Electron Gun:
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Pre-Aligned Tungsten Filament
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Vacuum System:
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"Fully Auto Control Oil Free Vacuum <5x10-4 Pa"
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Camera:
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"Vertical Optical Navigation CCD Horizontal Monitoring CCD"
Specification
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A63.7020
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A63.7032
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A63.7050
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Resolution
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3.9nm @20kV(SE)
4.5nm @20kV(BSE) |
3nm @30kV(SE)
4nm @30kV(BSE) 8nm @3kV(SE) |
1.0nm @15kV(SE)
1.5nm @1kV(SE) 0.8nm @30kV(STEM) |
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Voltage
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0.5kV~20kV
Optional 30kV |
0.2kV~30kV
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20V~ 30kV
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Magnification
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1x~300,000x
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1x~300,000x(film)
1x~1,000,000x(screen) |
1x~ 2,500,000x
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Electron Gun
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Pre-Aligned Tungsten Filament
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Pre-Aligned Tungsten Filament
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Schottky Field Emission Electron Gun, With In-cylinder Deceleration, Electromagnetic Composite Objective, Water-cooled
Thermostatic Objective |
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Vacuum System
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Fully Auto Control Oil Free Vacuum
<5×10-4 Pa |
Fully Auto Control Oil Free Vacuum
<5×10-4 Pa Optional Low Vacuum 5~1000Pa |
Fully Auto Control Oil Free Vacuum
Electron Gun <9x10-8Pa Sample Room <5x10-4Pa |
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Vacuum Pump
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Mechanical pump×1, >200 L/min
Turbo molecular pump×1, > 240 L/S |
Mechanical pump×1, >200 L/min
Turbo molecular pump×1, > 240 L/S |
Mechanical pump×1, >6m3/h
Turbo molecular pump×1, > 240 L/S, Ion pump x2, >25L/s |
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Working Stage
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2 Axes Auto Stage,
X:100 mm Y:100 mm |
5 Axes Auto Stage,
X:120 mm Y:115 mm Z:50 mm T: -10° ~+90° R: 360° Optional 3 Axes Auto Stage, A63.7032-A |
5 Axes Auto Stage,
X:120 mm Y:115 mm Z:50 mm T: -10° ~+90° R: 360° |
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Camera
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Vertical Optical Navigation CCD
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Vertical Optical Navigation CCD
Horizontal Monitoring CCD |
Vertical Optical Navigation CCD
Horizontal Monitoring CCD |
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Detector
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Secondary Electron Detector (ETD)
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Secondary Electron Detector (ETD)
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Secondary Electron Detector (ETD)
High Angle Electron Detector Inlens |
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Software
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SEM Operation Software, Language Chinese/English, Mutli Channel Display, Optical Navigation, Gesture Navigation, Auto Brightness
Contrast, Auto Focus, Auto Astigmatism, Image Format TIFF,JPG,BMP,PNG |
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Computer
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Working Station, Memory 16G, Hard Disk 512G, 24" Monitor, Win10 System
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Install Room
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L>3000 mm, W>4000mm, H>2300 mm, Temperature 20~25 ℃, Humidity<50%
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Power Supply
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AC 220 V(±10 %),50 Hz,2 kVA
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Optional Accessories
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Cata. No.
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Optional
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BSE
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BSE
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BSE
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A50.7051
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EDS
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EDS
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EDS
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A50.7052
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-
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EBSD
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EBSD
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A50.7053
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-
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-
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EDS+EBSD
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A50.7054
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-
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STEM, 9-quadrant, total area 80mm2
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A50.7055
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-
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EBIC
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A50.7056
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-
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CL
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A50.7057
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-
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Knob Control Panel & Trackball
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A50.7058
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-
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Sample Exchange Warehouse
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A50.7059
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-
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Beam Gate & Electron Beam Exposure
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A50.7060
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-
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LVD, Low Vacuum Detector
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-
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A50.7061
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-
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Double Anode (Tetrode Emission)
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-
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A50.7062
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Tungsten Filament(6pcs)
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Tungsten Filament(6pcs)
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-
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A50.7063
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Large Size Image Stitching Software
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Large Size Image Stitching Software
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Large Size Image Stitching Software
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A50.7070
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▶
Low Voltage
For carbon material samples, at low voltage, the penetration depth is small, and the true morphology of the sample surface can be obtained with richer details.
For carbon material samples, at low voltage, the penetration depth is small, and the true morphology of the sample surface can be obtained with richer details.
▶ Feature Function
Intelligent Assisted Astigmatism
Directly reflect the astigmatism of the whole field of vision, through the mouse click clear, can quickly adjust the astigmatism to the best.
Intelligent Assisted Astigmatism
Directly reflect the astigmatism of the whole field of vision, through the mouse click clear, can quickly adjust the astigmatism to the best.
Autofocus
One-click focus for fast imaging.
One-click focus for fast imaging.
Automatic Astigmatism
One-click astigmatism, improve efficiency.
One-click astigmatism, improve efficiency.
Automatic Brightness Contrast
One-click automatic brightness contrast, gray level appropriate image.
One-click automatic brightness contrast, gray level appropriate image.
Image Multiple Information Simultaneously
A63.7032 supports one-click switching between SE and BSE hybrid imaging, the morphology and composition information of samples can be observed simultaneously.
A63.7032 supports one-click switching between SE and BSE hybrid imaging, the morphology and composition information of samples can be observed simultaneously.
Fast image Rotation
Drag a line and the image is instantly "angled“.
Drag a line and the image is instantly "angled“.
Scanning electron microscope is not only limited to the observation of surface morphology, but also can be used to analyze the micro-components of the sample surface.
In addition to conventional secondary electron detector (ETD), backscattered electron detector (BSED), and X-ray energy dispersive spectrometer (EDS), many interfaces are reserved, such as electron backscattered diffraction (EBSD), cathode ray (CL) detectors can be integrated on A63.7032.
In addition to conventional secondary electron detector (ETD), backscattered electron detector (BSED), and X-ray energy dispersive spectrometer (EDS), many interfaces are reserved, such as electron backscattered diffraction (EBSD), cathode ray (CL) detectors can be integrated on A63.7032.
Quadripartite Backscattered Electron Detector (BSE)
-- Multichannel Imaging
The detector is exquisitely designed and highly sensitive. It adopts a 4-segment design, and can obtain shadow images and component distribution images in different directions without tilting the sample
SE image VS BSE image
In the backscattered electron imaging mode, the charge effect is weakened obviously, and more composition information can be obtained on the sample surface
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