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The microscope market is expected to nearly double by 2028, surpassing the $20 billion mark. Microscope application continues to widen from biological studies to non-organic matter, blurring the lines between the tech and medical industries. This significantly contributes to exponential microscope demand. The more microscope technology and its applications grow,...
There are many factors to consider when looking for nanopositioning piezo stages. This blogpost focuses on flexure-based piezo electric stages and will highlight some items that are important when evaluating different stages and systems.
We are in the midst of a time of unprecedented supply-chain disruption. The pandemic, the blockage of the Suez Canal, trade wars and severe weather events have combined to throw the highly synchronized global supply chain into turmoil.
Piezo stages are typically used in applications that require fast motion with extremely high resolution and accuracy over ranges that are less than 1 mm. The challenge arises in applications that need nanoscale accuracy but over a range of multiple millimeters, for example, high-resolution microscopy, or semiconductor fabrication. In these...
nPL70 linear motor stage enables high precision positioning. Z-axis positioning plays a key role in a wide variety of applications, including DNA sequencing, chip-level inspection, cell counting, photonics, and more. In autofocusing for scientific instrumentation, for example, the positioning stage needs to rapidly step the objective through a sequence of...
Many industrial applications call for linear actuators. That’s a simple fact. What’s not so simple is deciding what type of actuator is best for an application. In our whitepaper, “Advantages of Rodless Electromechanical Actuators”, we cover the ten tips for maximizing actuator life and system performance.