Posts on this page of our Blog relate to products and information from Herzan.
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Advancements in optical microscopy push the boundaries of what can be seen, while increasing the vulnerability to environmental noise. Overview Optical microscopy utilizes a lens or lenses to observe objects at greater magnification than the human eye can perceive. The most rudimentary microscopes consisting of just one lens — essentially a magnifying glass — appeared … Continue reading
Balances and scales have been in use for over four thousand years. These instruments have proven invaluable for commercial transactions to determine the weight of a material for sale. Microbalances operate at a very high level of precision. They can display weight readings down to microgram levels or, in the case of quartz crystal microbalances, … Continue reading
Vibrations are distinctly disruptive to measurements performed by profilometers, which is why many manufacturers turn to Herzan to maximize the potential of their instrumentation. Overview As the name suggests, profilers are used to provide highly accurate representations of a sample’s profile. More specifically, they provide quantitative data and qualitative images on the surface topography of materials. There … Continue reading
In industries such as bioengineering, materials science, and nanotechnology where highly sensitive equipment and instruments such as Scanning Probe Microscopes (SPMs) are used, even trace amounts of vibration noise can affect the quality of images and data. There are a wide range of probes used in scanning probe microscopy, and the information gathered can take … Continue reading
Bioengineering is constantly evolving and improving to create more precise mechanical characteristics for materials. Herzan‘s vibration control platforms and acoustic enclosures help researchers around the world improve their data. This Herzan Case Study demonstrates the improved stability of research equipment “on the second story of a shaky building” according to the customer. Application: Nanoscale … Continue reading
The Nano-Bio Lab at the University of Texas at Dallas saw vibration noise not being isolated by their optical table, resulting in an instability of their micro-pipette. As a result, they turned to the TS-150 vibration isolation table from Herzan as a solution to help remove low-frequency vibration noise from limiting their research. To see … Continue reading
