Serial-kinematic nanopositioning is a type of precision motion control technology that uses a series of connected and stacked stages to achieve high-precision movement along multiple axes. It is commonly used in nanotechnology and microscopy applications.
In serial-kinematic nanopositioning, each stage is connected to the next one in a serial manner, with the output of one stage becoming the input for the next. This allows for precise and synchronized movement along multiple axes. The stages are typically driven by piezoelectric or electromagnetic actuators.
Serial-kinematic nanopositioning offers several advantages, including high precision and repeatability, compact size, and low cost compared to other types of nanopositioning systems. It also has a simple and modular design, making it easy to customize for different applications.
Serial-kinematic nanopositioning is commonly used in nanotechnology and microscopy applications, such as atomic force microscopy, scanning probe microscopy, and optical microscopy. It is also used in precision manufacturing and alignment processes, as well as in research and development for various industries.
The right serial-kinematic nanopositioning system will depend on your specific application requirements, such as the desired range of motion, speed, and resolution. It is important to consider the load capacity, accuracy, and feedback control options when selecting a system. Consulting with a nanopositioning expert or manufacturer can also help in choosing the right system for your needs.