Herzan Helps Researchers Remove Environmental Noise from Their Measurements Through its Acoustic, Vibration, and EMI Isolation Solutions.
Acoustic, Vibration, & EMI Isolation Specialists
STM Vibration Control
Remove Vibration Noise from Your STM Today
For over 25 years, Herzan has been helping scanning tunneling microscope (STM) users achieve more from their research by removing disruptive vibration noise from affecting their STM. Vibration noise can cause distortions to occur in the imaging, making understanding the data collected less precise. Learn more about our proven strategies and solutions by reviewing a case study highlighting the benefits of active vibration control on surface analysis techniques for STMs.
Omicron STM supported by an array of AVI-200S active vibration isolators
“(W)e first tried air legs, but these actually increased our problems with vibrational noise. I believe the reason for this is that the air legs gave the system additional freedom to move and so vibrations from stainless steel gas tube lines more effectively coupled in to our system, resulting in increased, rather and decreased noise. I will also be reporting back to my service contact at Omicron with the success of the active vibration isolation.”
– Professor at the University of Newcastle
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Herzan has partnered with customers around the world to share their experiences highlighting how they were able to eliminate troublesome environmental noise and maximize the utility of their instrumentation by partnering with Herzan to define a solution.
UHV STM + AVI Series
Researchers at the School of Mathematical and Physical Sciences at Newcastle University were facing limitations in the performance of their Omicron Variable Temperature UHV-STM. They had determined that vibrations from a nearby highway were preventing them from using the instrument
There are three instrumentation setups in the Baker Group that make use of the AVI-200 active vibration isolation system. Our studies are mainly focused on scanned probe microscopy, where is a nanopipette filled with electrolyte is used to either map the local ion current of a given sample or to obtain a
The Turner Group is using interferometry to measure the deflection on an AFM probe. The instrument is being used to investigate adhesion and surface properties of nanoscale materials for MEMS applications. Despite being placed on an air-based isolation table, the instrument’s measurements
The Heinrich Lab built a custom force probe to investigate the adhesive properties and other mechanical characteristics of biomolecules to further their cutting-edge bioengineering research. They soon found that environmental noise was limiting the
