
Precision Probing for Resistance Measurement and Continuity Testing of Micro-Scale Electronic Features
Resistance measurement and continuity testing are widely used to evaluate




State-of-the-art Micromanipulation systems for your research needs.

Fast, non-destructive thermal analysis of a wide range of materials

State-of-the-art polariscope technology for precise
stress and strain analysis.






State-of-the-art Micromanipulation systems for your research needs.

Fast, non-destructive thermal analysis of a wide range of materials

State-of-the-art polariscope technology for precise
stress and strain analysis.


We have a broad range of applications including the fields below. If you do not see your application or have additional questions, please contact us.








December 15, 2022Barnett Technical Services will be working with LUCEO in booth…
May 8, 2018We are very excited to be attending SemiCon west 2018…
October 6, 2025The visualization and measurement of internal stress in transparent materials…
July 18, 2024Microscopic entities are the ones that cannot be seen with…
Residual stress is a part of the total stress when…
February 25, 2019Geophysical Laboratory’s Zachary Geballe Receives Seventh Postdoctoral innovation and Excellence…
May 22, 2023We are happy to announce that Barnett Technical Services is…
February 23, 2020Elk Grove, CA – art photonics GmbH and Ostec announce…
June 20, 2025In the ever-evolving field of optical microscopy, Coherent Anti-Stokes Raman…
September 26, 2025Barnett Technical Services (BTS) is excited to be exhibiting at…

Resistance measurement and continuity testing are widely used to evaluate

Advanced materials research continues to move toward smaller feature sizes,

As materials research, semiconductor analysis, and micro-scale characterization continue to

Handling microscopic particles presents significant challenges in analytical, research, and

Accurate measurement of greenhouse gas exchange between soils and the

Soil greenhouse gas emissions rarely occur at steady, predictable rates.