In high-precision fields such as biomedical imaging and semiconductor detection, the resolution and imaging speed of microscopy systems directly determine the efficiency of scientific research and production. Launched by Harbin Xinming Technology Co., LtdPiezoelectric objective lens locatorWith its nanometer level positioning accuracy, millisecond level response speed, and highly integrated control technology, it has become a key driving component of digital confocal microscopy systems, providing reliable hardware support for 3D cell imaging, micro nano processing, and other scenarios.

1、 Nano level positioning accuracy: breaking through the limit of optical resolution

The core of digital confocal microscopy technology lies in achieving high-resolution cell display through three-dimensional reconstruction of sequential slice images, which requires high precision in objective lens positioning. Harbin Xinming's piezoelectric objective locator adopts piezoelectric ceramic driving technology, which converts electrical signals into mechanical displacements at the micrometer or even nanometer level through the inverse piezoelectric effect. Its product can achieveSeveral tens of nanometersThe stepping accuracy, combined with the built-in high-resolution encoder of the driver, can provide real-time feedback on the position of the objective lens, ensuring equidistant acquisition of sequence slice images.

For example, in three-dimensional imaging of cells, the objective lens needs to be aligned along the optical axis direction50-100Nano step size movement is used to obtain image data of different focal planes. The Xinming piezoelectric locator uses closed-loop control algorithm to control the positioning error within±5Within nanometers, it far exceeds the micrometer level accuracy of traditional mechanical stepper motors, effectively avoiding image blurring or reconstruction distortion caused by displacement errors.

2、 Millisecond response speed: adapted to high-speed dynamic scenes

In dynamic observation of living cells or high-speed semiconductor detection, the objective lens needs to quickly track the small displacement of the sample. The Xinming piezoelectric objective locator relies on the high response bandwidth of piezoelectric ceramics (up to)kHzIt has achieved millisecond level dynamic adjustment capability. The driver adopts an optimized control algorithm, which can eliminate the hysteresis and creep effects of piezoelectric ceramics, enabling the objective lens to1-10Complete the positioning from stationary to target position within milliseconds, meeting the requirements of high-speed scanning and real-time feedback.

Taking live cell imaging as an example, when cells undergo micrometer level displacement due to metabolic activity, the locator needs to be located at5Adjust the focal length of the objective lens within milliseconds to maintain clear imaging. Xin Tomorrow's products use a combination strategy of feedforward control and closed-loop correction to reduce dynamic tracking errors to±10Nano technology significantly improves imaging stability.

3、 Highly integrated control: simplifying system debugging and maintenance

The Xinming piezoelectric objective locator integrates a driver, controller, and sensor to form a closed-loop control system. Its product supportRS-485TheUSBMultiple communication interfaces can be seamlessly integrated with the upper computer software to achieve real-time parameter adjustment and status monitoring. For example, in a digital confocal microscopy system, users can set parameters such as step distance and scanning speed through the software interface, and the locator automatically completes displacement control and error compensation, greatly simplifying the system debugging process.

In addition, the locator adopts a modular design that supports quick replacement and maintenance. The standardized interface between its piezoelectric ceramic driver and objective lens holder is compatible with multiple microscope models, reducing the technical adaptation cost for users.

4、 Environmental adaptability: meet the requirements of harsh working conditions

In response to the humidity and temperature fluctuations in the biological laboratory, the Xinming locator adopts a sealed structure and corrosion-resistant materials, which can be used in0-40℃Temperature range and<85%RHStable operation in a humid environment. Its piezoelectric ceramic components have undergone aging treatment and have a lifespan exceeding10Billions of cycles to ensure long-term reliability.

Conclusion

Harbin Xinming's piezoelectric objective locator redefines the driving standards for microscope objectives through nanometer level accuracy, millisecond level response, and highly integrated control. Its products have not only driven breakthroughs in the resolution of three-dimensional cell displays in the field of biomedical imaging, but also demonstrated technological resilience in scenarios such as semiconductor detection and micro/nano processing. With the popularization of digital confocal technology, chip tomorrow is“Accurate, efficient, and reliable”Our philosophy is to continuously empower high-precision industrial and scientific research applications.