CoreMorrow Piezo Nano Motion

  In recent years, the optical synthetic aperture imaging technology has developed rapidly. It is a high-resolution imaging technology that uses multiple small aperture systems to synthesize a large aperture system through optical means. Optical synthetic aperture imaging technology makes the entire imaging system smaller and lighter. Therefore, it is also an important direction for the development of ground-based and space-based large-scale telescope systems. In the adaptive optics synthetic aperture imaging remote sensor system, factors such as the environment or the vibration of the carrier platform will cause the phase error of each sub-aperture in the synthetic aperture array, which will cause the image quality to deteriorate. Therefore, the improvement of imaging quality requires real-time measurement and correction of phase errors. CoreMorrow's piezoelectric ceramic fiber phase modulator can meet these requirements. Principle and Composition of Optical Synthetic Aperture Ima...

  Focusing on the field of nano micro-motion for decades with intensive experience in this realm, CoreMorrow has designed and developed a variety of large-stroke positioning piezoelectric motor platforms according to the needs of current scientific research, industry and various applications. N56.30K-B1 linear piezoelectric motor is one of them. It achieves a millimeter-level motion positioning range and at the same time can reach nano-level positioning accuracy, which can be used in many scientific research fields. N56 Piezo Motor Made by CoreMorrow CoreMorrow N56.30K-B1 linear piezoelectric motor adopts piezoelectric micro-drive technology, which uses piezoelectric micro-displacement actuator to achieve high-precision positioning and movement technology. With the development of science and technology, as one of the key technologies in the nano industry, piezoelectric micro-drive technology has more and more extensive applications in many fields, such as biological cells, polymer ...

  E80.D12 is a 12-channel piezoelectric controller with high power, low power consumption and low ripple noise. It is specially designed to drive piezoelectric deflection mirrors. It can drive 4 piezoelectric deflection mirrors at the same time with a bandwidth of up to 5kHz. E80.D12S is digitally controlled by the upper computer and has a closed-loop control function. The controller adopts a dedicated operational amplifier circuit to ensure the output capability of high voltage and large current. By optimizing the sensing servo module, the accuracy and stability of PI adjustment and control are improved, and the reliable anti-interference design ensures the high frequency response of the controller. Characteristics • Integrated • 12-channel output • Output voltage 0~120V • Closed loop servo control • Drive 4 piezoelectric deflection mirrors at the same time Driving Principle Frequency Load Curve Technical Data Model:  E80.D12S Function:  Digital integrated piezoelectric ...

With the development of piezo technology, researchers are no longer satisfied with the scene requirements of small displacement and high precision, and the demand for larger displacement stroke with high precision is constantly proposed. Such piezo products have also emerged as the times require with the development and progress of piezo technology. CoreMorrow XYZ72SN81K13 series piezo macro-micro combination stage adopts the combination of piezoelectric stick-slip principle and piezoelectric micro-motion technology to meet the XY axis millimeter-level large stroke, and achieve Z-axis nanometer-level high precision. Piezo stage from CoreMorrow Features ·  XY millimeter stroke, suitable for lateral adjustment of the lens ·  Z micro-travel, suitable for optical focus adjustment ·  Φ35mm  aperture , suitable for transmitted light applications ·  Voltage drive control, fast  response  and convenient operation Macro-Micro Combination XYZ72SN81K13 adopts mac...