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Overview of strategies to meet the stringent EMI specifications of TEMs, including active magnetic field cancellation systems and passive shielding.

Overview of strategies to meet the stringent EMI specifications of TEMs, including active magnetic field cancellation systems and passive shielding.

Using a Cryo-TEM in structural biology imaging requires a stable platform to create the 3D images researchers demand. Unfortunately, many facilities that require Cryo-TEM instrumentation ...

VEC works with many customers who either have installed or consider installing “Isolation Slabs” to isolate an instrument from building vibration and other sources of ...

The Daeil DVIA-M series vibration isolations system is the premier active vibration isolation system with excellent broadband vibration isolation and superior performance at low frequencies.

Active vs. passive vibration isolation, understanding the difference is critical to mitigating the impacts of vibration on equipment performance. Passive isolation systems use the natural ...

An EMI cancellation system cancels electromagnetic interference (EMI) that degrades electron microscopes performance. Using a sensor, controller, and field canceling loops, the EMI cancellation

DC and AC magnetic fields create electromagnetic interference (EMI) that can degrade the performance of electron microscopes and e-beam lithography tools. Although AC and DC ...

A bioengineering company had an image disturbance on a scanning electron microscope (SEM). The company retained VEC to determine the cause of the image disturbance ...

Changes in DC magnetic field levels near an electron microscope or e-beam lithography tool degrade image quality and inhibit production. A change in DC fields ...

Discussion: Reducing Vibration from Mechanical Equipment in an Electron Microscopy Lab: Laboratories often have vibrating equipment that causes disturbances on electron microscope images.