Piezo Microdrive Technology Applied to Micro-nano Operating Systems/Robots
Piezo Microdrive Technology Applied to Micro-nano Operating Systems/Robots Micro-nano operating system/robot is also called nano manipulator, nano manipulator, nano manipulator, etc., which is characterized by micro-nano motion control operation and processing of micro-sized objects. At present, with the rapid development of science and technology, it has a very wide range of application scenarios, such as MEMS, molecular operation, DNA sequencing, trillion capacity memory, etc., all these applications need micro-nano operating system. Micro-nano operating system/robot requires very high motion control precision, usually composed of microscopic vision, driving, sensing and control, etc. Only with closed-loop coordination between each part can micro-nano level precision operation and control actions be completed. This action includes grabbing, lifting, moving, placing, etc. And there are many kinds of micro-nano operating systems/robots, such as the micro-nano operating system based on light microscope, SEM based on scanning electron microscope, SPM based on scanning probe microscope, and many more types of micro-nano operating system. Micro-nano operating systems/robots are also commonly used to observe and understand the operation process with a microscope.
Micro-nano Operator In the micro-nano operating system/robot, there is a very important component, called micro-nano operator. Micro-nano operator is the actuator that carries out the specified action in the micro-nano operating system/robot. This actuator needs to provide micro-nano level motion accuracy. If you need actuators with micro-nano motion control accuracy, CoreMorrow piezo nanomotion and control system products are naturally the main choice. CoreMorrow piezo nano-motion and control system is famous for its high precision and fast response speed. It has been widely used in various micro and nano-level operating systems and has broad application prospects in the field of modern science and technology.
CoreMorrow Piezo Hexapod is Used for Sample Pose Control In micro-nano operating system/robot, it is often necessary to change the pose of objects and samples, including the adjustment of motion range, motion accuracy, linear distance and angle range, etc., and the motion accuracy of these adjustments is very high. Linear adjustment needs the precision to be nanometer level, while the precision of the angle movement can be usually up to micro radian or even nano radian level. To meet this application requirement, CoreMorrow developed H60 Piezo Hexapod parallel mechanism motion stage. Parallel mechanism motion stage is driven in parallel by six piezo actuators, each of which has a motion accuracy of nanometer. The range of motion, accuracy of