Scanning Electron Microscope

STARMANS electronics specializes in the development and manufacture of electronic systems used in non-destructive testing (NDT) applications. Our success in the field is based, among other things, on the work of our research team, which uses high-tech equipment and technology to work. At the headquarters of the company was established a nano laboratory, which has an electronic scanning microscope JEOL JSM-7001. JEOL JSM-7001. The equipment is used not only for own research and subsidy projects, but also for the needs of the company’s customers. The aim of our laboratory is also to design new material structures more suitable for industrial NDT applications.


nanotubes 450 000 x


Examples :

Piezo-ceramics : 500 x , 10 000 x

SIC MOSFET DIE : 1000 x , 5000 x


Polymers : 500 x ,  20 000 x

Glass : 100 x ,  2000 x

Electronic scanning microscope

The following pictures are directly from our laboratory where the JEOL JSM-7001 is being scanned.

The JSM-7001F, Thermal Field Emission SEM, is the ideal platform for demanding analytical applications as well as those requiring high resolution and ease-of-use. The JSM-7001F has a large, 5-axis, fully eucentric, motorized, automated specimen stage, a one-action specimen exchange airlock, small probe diameter even at large probe current and low voltage, and expandability with ideal geometry for EDS, WDS, EBSP, and CL.  



Using the mentioned scanning electron microscope we offer:

  • material sample, displaying and material structure analysis using
  • measurement of physical (electric) properties of materials using the most modern devices (Agilent, Tektronix, atd…)
  • practical and technical trainings with scanning electron microscope and preparation of microscopic samples
  • technical consultations and propsals of technical solutions

In case, you are interested in any of provided services, do not hesitate to contact us.

Nanotechnology at STARMANS electronics company

In present, the STARMANS electronics company is leading the three major projects from nanotechnology area. The first project is focused on research of semiconductor nanotubes used for photoelectric components realization. The objective of the second project is the research of semiconductor nanotubes used for field emission components realization. The last project is focused on research of piezoelectric laminated nanoforms for high-temperature ultrasonic transducers.

Our newest established laboratory is mainly focused on nanotechnology research. Our research group within this laboratory is focused on research of new nanomaterials with specific properties. The goal is to propose new structures of materials which will be more useful for design of electronic systems and equipment used in industrial NDT applications.

The present technology for devices construction for non-destructive testing requires miniaturization of used electronics parts. The materials used for the construction of semiconductors and these devices often limits usefulness of constructed devices. For better achievement of results during non-destructive testing are commonly useful used new technologies of material construction. For this reason, the nanotechnology area is one of the most focused technologies to create new materials with better physical, exactly defined, properties. These constructed materials and devices rapidly improve the testing process.





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