Nano-resolution piezo positioning stage
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The nano-resolution piezo positioning stage is a linear piezo positioning platform with a through hole, capable of moving objects with nanometer-level precision. The nano-resolution piezo positioning stage offers high reliability and high resolution, with excellent movement linearity and flatness, as well as greater mechanical strength. It is primarily used for applications such as microscope stepping movements, achieving fast steps and stable movements to enhance the resolution of optical systems. This includes applications in optical systems such as camera imaging process technology and biometric recognition technology. Notably, it features a large through hole in the center, which provides better optical path conditions for the optical system. The nano-resolution piezo positioning stage is mainly used for the alignment and adjustment of transparent precision optical devices and is utilized in conjunction with microscopes and analytical instruments for alignment and measurement. This includes scanning probe microscopy (e.g., atomic force microscopy), nanopositioning, measurement, biological research, microelectronics, micro-manipulation, and through-hole piezo positioning stages with up to three axes.
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All piezo-related products from COREMORROW Inc. are manufactured under a clean environment while ensuring quality and production systems, so you can purchase them with confidence.
1. We will replace all initial defects.
2. Controllers come with a one-year warranty.
3. We can quickly respond to custom product design and manufacturing requests at our own factory.
4. Demo units can also be prepared upon request.
The nano-resolution piezo positioning stage is a linear piezo positioning stage with through holes, capable of moving mounted objects with nanometer-level precision. The nano-resolution piezo positioning stage has high reliability and high resolution, providing excellent linearity and flatness of movement, as well as higher mechanical strength. It is mainly used for stepping movements in microscopes, achieving fast steps and stable movements to enhance the resolution of optical systems.
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