Thermal Field Emission Scanning Electron Microscope 1.5nm@15 Kv High Contrast Imaging

• Customization: Available
• Warranty: 3 Year
• Magnification: 800000X
• Model NO.: EM8000
• Mobility: Desktop
• Stereoscopic Effect: Stereoscopic Effect
• Kind of Light Source: Ultraviolet
• Usage: Teaching, Research
• Principle: Electronic
• Total Weight: 450kg
• Power: 3kw
• Resolution: 1.5nm@15kv(Se)/3nm@30kv(Bse)
• Magnifications: 8X-800, 000X
• Accelerating Voltage: 0-30kv
• Transport Package: Cartoon
• Specification: 800*800*1480mm
• Origin: China

Product Description

Model	Configuration
EM8000 Field Emission Gun SEM	Resolution:1.5nm@15kV(SE)                  3nm@20kV(BSE) Magnification:8x-800,000x (Negative Magnification) Accelerating Voltage:0-30kV continuous and adjustable Electron Gun:Schottky field emission gun Cathode Emitter: Tungsten mono-crystal Five axes eucentric motorized Stage X:0~80mm Y:0~50mm Z:0~30mm R:360° T:-5°~70° Max Specimen Diameter:175mm Detector: SE Detector  BSE Detector Absorb current measurement IRCCD (video system for safety purpose, in case the collision between specimen stage and detectors during the operation Vacuum System: Ion Pump, Turbo molecular pump, oil free pump Integrated pneumatic suspension platform Auto Function: Focus, brightness/contrast, anastigmatism, dynamic convergence, electron beam centering One year warranty (parts replacement, except the consumable item such as conductive tape) Tungsten mono-crystal one-year warranty Free training at Beijing Base
Remote Control Panel (Option)	Remote control Panel Auto function:focus, contrast, brightness,astigmatism,magnification etc Customized function button Joy Stick
Ultra Stage	Five axes eucentric motorized Stage X:0~150mm Y:0~150mm Z:0~60mm R:360° T:-5°~75° Max Specimen Diameter:320mm

Specification

1. Resolution:  1.5nm@15KV(SE); 3nm@30KV(BSE)
2. Magnification :  8~800000 x (Negative Magnification) 
3. Electron Gun :  Schottky field emission gun;
4. Accelerating Voltage:  0~30kV
5. Lens System: Multilevel high performance conical objective system;
6. Objective Aperture:Three objective aperture adjustable outside the vacuum system, replacing without disassemble lens;
7. Vacuum System:1 set ion pump ,1 TMP,1 oil free pump; specimen chamber vacuum better than 6.0E-4 Pa ,electron gun vacuum better than 2E-7 Pa,automatic vacuum control with vacuum interlock in order to avoid misoperation;
8. Detector:

1. High vacuum secondary electron detector;
2. Semiconductor four segmentation back scattering detector;

1. IRCCD
2. More than six preset extend interface for accessories such as WDS,EDS,EBSD etc
3. Five-axis eucentric motorized stage

X=80mm,Y=50mm,Z=30mm,T=-5°~+70°,R=360°
Max loadable sample: Ф175mm;Max loadable height:20mm;
Touching alarm and auto-stop, in case of
misoperation

1. Image Processing

• 4096×3072 pixel display
• Image Format:TIF,BMP,GIF,JPG,PNG;
• Automatic recording digital movie: (avi) function

1. PC Workstation(Customized upon request)    

• Image can be saved at hard or other storage medium,or printout

• 16G RAM; 24"Monitor; 512SSD+1T HD wireless keyboard&mouse
• Windows 10 operating system available in both Russian and English    

language, image can be save at external hard drive or print out

1. Image Display

Frame averaging function, line average function, rich image hierarchy, rich image hierarchy, real-time display magnification ,scaleplate,acceleration voltage, grey curve;

1. Software Control

High voltage integrated commission	Automatic filament on / off	Potential shift regulation
Brightness adjustment	Electric to central adjustment	Automatic brightness
Contrast adjustment	Objective lens adjustment	Auto focus
Magnification adjustment	Objective degaussing	Automatic astigmatism elimination
Selected area scanning mode	Electric rotation adjustment	Management of microscope parameters
Point scanning mode	Electron beam displacement adjustment	Real time display of scanning field size
Line scanning mode	Electron beam tilt adjustment	Gun lens adjustment
Surface scanning	Scanning speed adjustment	Multichannel input
High voltage power monitoring	Swing centering	Tape measure

1. Consumable item and Tool

Consumable Item
1		Field Emission Filament	Installed In Microscope	1Pc
2		Sample Cup	Dia.13mm	3 Pcs
3		Sample Cup	Dia.32mm	5 Pcs
4		Carbon Double-sided Conductive Tape	6mm	1 Pc
5		Vacuum Grease	Not allowed through air transportation	1 Pc
6		Hairless Cloth		5
7		Polishing Paste	Not allowed through air transportation	1 Pc
8		Sample Box		1 Pc
9		Cotton Swab	100/Bag	1 Bag
10		Oil Mist Filter		1 Pc
Tool
1	Inner Hexagon Spanner		1.5mm~10mm	1 Set
2	Tweezers		Length 100-120mm	1 Pc
3	Slotted Screwdriver		2*50mm, 2*125mm	2 Pcs
4	Cross Screwdriver		2*125mm	1 Pc
5	Clean vent pipe		Dia.10/6.5mm(Out Diameter/Inner Diameter)	5m
6	Vent pressure reducing valve		Output Pressure -0.6*25 MPa	1 Pc
7	Internal baking power supply		0-3A DC	1 Pc

 

Installation:

1. Power Supply Requirements:
   1. Voltage: AC 220V ± 10%, 50Hz ± 1 Hz, standard sine wave.
   2. It is not recommended to share the power supply line with the instrument for equipment with high power and large power consumption change.
   3. Three power sockets needed for:

1. Scanning electron microscope instrument body; computer;

 AC 220V, 50Hz, 16A

1. Mechanical pump and air compressor: AC 220V, 50Hz, 16A

1.4  Independent ground, make sure ground resistance less than 3Ω
1.5  Power supply:AC 220V(+7%-10%),50Hz(±1%);air switch:63A

1. Environmental Requirements For Installation Site:

1. Temperature between 16~30ºC is recommended;°
2. The relative humidity shall be less than 60%
3. Recommend configuration: air conditioner, dehumidifier and other equipment that can ensure the temperature and humidity of the laboratory.
4. Noise: < 68 DB
5. The durability of the instrument operation: continuously working
6. Vibration from any direction less than 6.25μm/s(VC-D)at the instrument installed location
7. Magnetic field from any direction less than 2×10^-7T(2mG,P-P)
8. Instrument install location suggest first floor/ground floor stay away from railway, subway,main road as well as magnetic interference sources such as transformer equipment and high-frequency equipment
9. Clean nitrogen( 99.9%)

1. To fulfill above environment condition is the key factor to reach instrument's best performance

1.  Instrument Dimension & Weight

1. Microscope Body 800x800x1480mm
2. Working Table 1340x850x740mm
3. Total Weight: 450Kg
4. Total Power: 3KW
5. The floor bearing capacity should ≥ 500kg/m3, and it is recommended to place it on the first floor

Resound Photoelectric Technology Research Institute (LSRPTR)

Resound Photoelectric Technology Research Institute (LSRPTR), also known as Resound Research Institute, is affiliated with China Haiheng International Trade Group Co., Ltd. (CHHGC). As an investment attraction enterprise in Zhongyuan Science and Technology City and a construction unit of the Zhongyuan Aurora Laboratory, the institute is committed to the industrialization of scientific and technological achievements, guided by market demand.
 

Technical Cooperation

Resound Research Institute has established technical cooperation with numerous well-known domestic and foreign universities, research institutes, and enterprise platforms, including:

 

Tsinghua University
Lanzhou University
Zhengzhou University
Altai State Technical University of Russia
Northwestern Polytechnical University
Chinese Academy of Engineering
Henan Academy of Sciences
China Electronics Technology Group
CGN Group
Xiamen University
Henan University
National University
University of Electronic Science and Technology of China
Chinese Academy of Sciences
China Academy of Engineering Physics
China Shipbuilding Group
China Electronics Group
Henan Inspection Group

 

Research and Development Fields

* Applications of Micro-Electromechanical and Lithography Technology
* Optoelectronics and Spectroscopy Technology
* High-Power Laser and Device Preparation Technology
* Nuclear Instrument and Emergency Equipment System Applications
 

Introducing Advanced Technologies and Products

Resound Research Institute continuously introduces advanced new technologies and products in industrial application scenarios such as market supervision, public safety, environmental monitoring, and science, education, research, and production. This has led to the formation of a domestically produced high-end scientific equipment industry base that integrates design, research and
development, production, sales, and services. This base drives the iteration of downstream industry technology, enhances the transformation and industrialization level of scientific and technological achievements, and provides technological sources for innovative development.