SEC Scanning Electron Microscopes

SEC CO., LTD. established in 1991, SEC pioneered e-beam control technology and served most advanced inspection & analysis system to customers for laboratory research and quality assurance. SEC prides itself on observing today’s ever-changing needs for its customers by providing the most advanced and efficient technology in order to meet customer’s production demands. Additionally, our goal is to provide the best service and attention to detail in order to exceed our customer’s needs in a constantly evolving, technological environment.

SEC provides premier electron microscope for nanotechnology. Nano-eye series covers affordable table-top electron microscope for entry level as well as conventional scanning electron microscope for experienced level.

SNE-5000M

Scanning Electron Microscope SNE-5000M

SNE-5000M
Seek for your Next Image Analytical Tool
The SNE-5000M is a high-performance scanning electron microscope for observing fine structures. SNE-5000M provides Max. 300,000x magnification with switchable Max. 30kV accelerating voltage which fully covers all analytical applications. With outstanding configuration flexibility and unparalled operator-friendly desing, SNE-5000M will provide the best laboratory microscopy solution.
Key specifications
Magnification up to 300,000x (Digital zoom 4x)
Variable accelerating voltage from 0.5kV to 30kV
Detector: SE detector / BSE detector (optional)
4-hole variable aperture (200um, 100um, 50um, 30um)
5-axis manipulator including tilt-axis control
X,Y-axis: 100mm / R-axis: 360°
T-axis : -20° to 90°
Z-axis : 5 to 60mm
Max. sample size: 200mm in Diameter, 60mm in Thickness
Dimension:
Main Unit: 750(W) x 700(D) x 1420 (H) mm
Table Unit: 1450 (W) x 900 (D) x 750 (H) mm
Rotary Pump: 430 (W) x 550 (D) x 250 (H) mm

SNE-4500M

Mini-SEM SNE-4500M

sne-4500m

Best specification ever among table-top Electron Microscope
SNE-4500M is focused on two essentials: powerful performance and user-friendly environment. Even with the table-top configuration, SNE-4500M provides high-quality SEM images with the ease of use. No doubt about strong performance and flexible integration – full stroke control including tilt and rotation, optional EDX system and many other tools for your application. Mini-SEM can easily magnify up to 100,000x with variable (5kV to 30kV) accelerating voltage in seconds. Auto-focus, Auto-brightness and contrast produce an excellent image every time.
Key specifications
Magnification up to 100,000x (Digital zoom 4x)
Variable accelerating voltage from 5kV to 30kV (5steps)
Detector: SE detector / BSE detector (optional)
4-hole variable aperture (200um, 100um, 50um, 30um)
5-axis manipulator including tilt-axis control

  • X,Y-axis: 40mm / R-axis: 360°
  • T-axis : 0 to 45°
  • Z-axis : 0 to 35mm

Dimension: 390mm (W) x 330mm (D) x 560mm (H)
390mm (W) x 310mm (D) x 560mm (H) / Controller

EDX Option Available!
EDS (Energy Dispersive Spectroscope) can be adapted SEC Mini-SEM. With powerful performance of Mini-SEM, it brings a very accurate analysis information including spot analysis, mapping, and so on.

SNE-3200M

Mini-SEM SNE-3200M

sne-3200m

SEC Mini-SEM the ultimate tool for Nanotechnologists
Mini-SEM SNE-3200ME is a table-top, high resolution, high magnification, high performance scanning electron microscope. The Mini-SEM combines the performance of conventional SEM, with the size, price, and ease of use you would expect from a table-top version. Mini-SEM can easily magnify up to 60,000x with variable (5kV to 30kV) accelerating voltage in seconds. Auto-focus, Auto-brightness and contrast produce an excellent image every time.
Key specifications
Magnification up to 60,000x (Digital zoom 4x)
Detector: SE detector BSE detector – Multi Mode
Variable accelerating voltage from 5kV to 30kV (5 steps)
Sample loading time < 2 min.
Auto focus, Auto brightness and contrast
Max. sample size: 60mm in diameter, 25mm in Height
Laptop or Desktop control with Microsoft® Windows®7 OS
Dimension: 390mm (W) x 640mm (D) x 560mm (H)
EDX Option Available!
EDX (Energy Dispersive Spectroscope) can be adapted SEC Mini-SEM. With powerful performance of Mini-SEM, it brings a very accurate analysis information including spot analysis, mapping, and so on.

SNE-3000MB

Mini-SEM SNE-3000MB

sne-3000mb

SEC Mini-SEM the ultimate tool for Nanotechnologists
Mini-SEM SNE-3000MB is a table-top, high resolution, high magnification, high performance scanning electron microscope. The Mini-SEM combines the performance of conventional SEM, with the size, price, and ease of use you would expect from a table-top version. Mini-SEM can easily magnify up to 30,000x with variable (5kV to 30kV) accelerating voltage in seconds. Auto-focus, Auto-brightness and contrast produce an excellent image every time.
Key specifications
Magnification up to 30,000x (Digital zoom 4x)
Detector: BSE detector
Variable accelerating voltage from 5kV to 30kV (5 steps)
Sample loading time < 2 min.
Auto focus, Auto brightness and contrast
Max. sample size: 60mm in diameter, 25mm in Height
Laptop or Desktop control with Microsoft® Windows®7 OS
Dimension: 390mm (W) x 640mm (D) x 560mm (H)
EDX Option Available!
EDX (Energy Dispersive Spectroscope) can be adapted SEC Mini-SEM. With powerful performance of Mini-SEM, it brings a very accurate analysis information including spot analysis, mapping, and so on.

EDS System

Scanning Electron Microscope EDS System

eds_n

NanoAnalysis for Electron Microscope

MEDS (Energy Dispersive Spectroscope) can be adapted to all SEC Scanning Electron Microscopes. Elemental Analysis is the most widely used technique for elemental identification and visualization of material. EDS analysis facilitates the characterization of nearly all matter simultaneously starting from beryllium (4) on the periodic table. This technique is critical to the development of novel materials in research and development and for analyzing failures in the manufacturing process.

Pictures

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Glass Fiber Cross Section View. Magnification from 100x to 1,000x. Bacteria Cultivation. First two images show successfully cultivated bacteria in clear shape. Other two images show not successfully cultivated bacteria with contaminated backgrounds. Magnification at 15,000x
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Coated Surface Roughness Analysis. First two images shows failed coating with rough surface whereas last two images shows good and flat coated surface.
Magnification from 1,000x to 3,000x
LED bond wire. Bonding attachment and wire connection can be observed. Last image shows broken wire. Magnification from 100x to 500x

Video