SEM

Electron Microscopy

Unique concept based on ISO methodology
Fully automatic and semi automatic inspection
Digital control of all components
User friendly, powerful and highly adaptive software
Windows™ based operating system

Scanning Electron Microscope

Microptik Scanning Electrone microscope concept

Until today, your choice of affordable, easy-to-use high-resolution imaging tools was limited. With our electron microscope you are able to view on the submicron and nano scale.

Our personal scanning electron microscope (SEM) helps you see beyond the limits of optical.

With 20 times the magnification of a conventional light microscope, the SEM combines high resolution imaging with extreme ease-of-use. Engineers, researchers, educators and students can make high-quality sub-micron images with as little as 10 minutes of training.

The system is ideal for detailed imaging of sub-micron particles, fibers, microtools, electronic components and more. The optical camera, motorized stage and touch-screen user interface work together to help you easy navigate to a region of interest from a 24X "bird's eye view".

Superb image quality will help create new ways to ramp up production and speed up the time to root cause analysis.

We propose you a high-resolution personal scanning electron microscope with an optical camera for never-lost navigation. Its innovative touch-screen user interface and control knob let you quickly produce high-quality electron microscope images with minimal training. The system can handle a wide range of samples with minimal preparation and are loaded instantly with our patented low vacuum load-lock technology. Images are saved on a USB memory stick or network storage location for off-line analysis, measurements and distribution.

Specifications

Microptik Scanning Electrone microscope specification

  • Magnification range 24 - 24,000X
  • Images up to 2048 x 2048 pixels
  • Resolution up to 30 nm
  • Sample loading in less than 30 seconds
  • Total weight 55 kg (120 lbs)
  • Automated sample control
  • Very low energy consumption

Detailed specifications

System Imaging module, 17" touch screen monitor, rotary knob, diaphragm vacuum pump, power supply, USB 2.0 flash drive
Imaging Modes
  • Light Optical
  • Electron Optical

Magnification fixed: 24X
Magnification range: 120X to 24,000X
Digital zoom: max. 12X 
Digital Image Detection
  • Light Optical
  • Electron Optical

Color CCD camera
High sensitivity backscatter electron detector (compositional and topographical modes)
Image Format JPEG, TIFF, BMP
Image Resolution Options 456 x 456, 684 x 684, 1024 x 1024 and 2048 x 2048 pixels
Data Storage USB 2.0 flash drive
Sample Stage Computer controlled motorized X and Y
Sample Size 25 mm (dia) x 30 mm (h)
Sample Loading Time
  • Light Optical
  • Electron Optical

< 5 s
< 30 s
Dimensions & Weight
  • Imaging module
  • Diaphragm vacuum pump
  • Power supply
  • Monitor
286 (w) x 566 (d) x 495 (h) mm, 50 kg
145 (w) x 220 (d) x 213 (h) mm, 4.5 kg
156 (w) x 300 (d) x 74 (h) mm, 3 kg
375 (w) x 203 (d) x 395 (h) mm, 4.6 kg
Room Temperature 15°C ~ 30°C (59°F ~ 86°F)
Humidity <80%RH
Power Single phase AC 110 - 240 Volt, 50/60 Hz, 300 W (max.)
Recommended Table Size 120 x 75 cm, load rating of 100 kg

Microptik Scanning Electrone microscope concept scheme

Featuring a breath-taking touch screen user interface that provides never lost navigation, Scanning Electron Microscope provides high throughput with only 30 seconds to data and is extremely easy to use.

Its design ensures it can handle a wide range of samples with minimal preparation and samples are loaded instantly with patented vacuum technology. High resolution electron and optical images are saved on a USB memory stick for off-line analysis, measurements and distribution.

Images and applications

Biology
Microptik Scanning Electrone microscope biology application Microptik Scanning Electrone microscope biology application Microptik Scanning Electrone microscope biology application Microptik Scanning Electrone microscope biology application
Head of a fruit fly Dandelion Bacteria on a Si filter Butterfly egg
Microptik Scanning Electrone microscope biology application Microptik Scanning Electrone microscope biology application Microptik Scanning Electrone microscope biology application Microptik Scanning Electrone microscope biology application
Diatoms Diatom Wing of a butterfly Wood pores
Materials Science
Microptik Scanning Electrone microscope materials science application Microptik Scanning Electrone microscope materials science application Microptik Scanning Electrone microscope materials science application Microptik Scanning Electrone microscope materials science application
Clinker Concrete Inside of an egg shell Metal filter
Technics and Electronics
Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application
Bond pad Laser marking Metal balls Metal lines
Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application
Microelectronic structure Microelectronic structure Microelectronic structure Semiconductor
Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application Microptik Scanning Electrone microscope technical and electronics application
Cross section solar cell Surface solar cell Semiconductor Semiconductor