PI’s fast optimization technology has proven to dramatically improve production economics in processes as diverse as photonics wafer probing, device packaging, and chip testing and even laser and optical equipment manufacturing. Now the flexible combination of PI´s industrial stages and new alignment-enabled controls from ACS address additional tough throughput and yield challenges for photonics production.
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Enabling Large-Format Industrial Productivity
Award-Winning PI Fast Alignment Technology Comes to ACS Controls
Precision Positioning of Samples and Objectives
The Key to Successful Microscoping
Whether classical stereo microscopy, fluorescent, widefield or laser scanning microscopy, whether SEM, FIB-SEM, TEM, AFM or correlative microscopy - positioning samples and objectives with subnanometer precision is decisive for the quality of your results with all of these techniques. This fully clickable, new “Nanopositioning for Microscopy” brochure provides a comprehensive overview of objective scanners and sample stages with up to six degrees of motion freedom – illustrated by a variety of today’s microscopy techniques.
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Precision Motion and Positioning due to High-Resolution Measuring Technology
External Interferometer vs. Internal Sensor
Read more on „Controlling PI Positioners with External Zygo Interferometer“ in the new whitepaper!
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Positioning Heavy Loads with Nanometer Precision over Long Travel Ranges
Is That Feasible?
Hybrid drives combine two different drive concepts into a high-performance and precision positioning system. They take advantage of both drives. These types of solutions are always in demand when one drive alone is not in a position to meet all of the requirements of applications. An example of this is nanometer-precision positioning of heavy loads over long travel ranges. Nanopositioning systems that combine piezo drives with classical drive screws therefore offer a practical solution, but also other drive concepts are possible.
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