Application of integrated stepping servo motor in microscope stage
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Microscopes are indispensable tools in scientific research and medical diagnosis, and their accuracy and stability are crucial to the observation results. As an important part of the microscope, the stage carries the sample to be observed, and its movement accuracy and response speed directly affect the observation effect. In recent years, the application of integrated stepper servo motors in microscope stages has gradually attracted attention, bringing new breakthroughs to the development of microscope technology.
01.Equipment Introduction
The microscope stage is an important part of the microscope, mainly used to place the object to be observed. It is located below or above the objective lens, and has two shapes: square or round. There is usually a light hole in the center to ensure that light can pass through and shine on the sample. A specimen pusher (pusher) is installed on the stage, and there is a spring clip on the left side of the pusher to clamp the specimen to ensure the stability of the sample during observation. There is a pusher adjustment wheel under the stage, which can be used to move the specimen on the stage in the left and right, front and back directions, so that the experimenter can place the sample accurately in the center of the microscope's field of view.
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In the microscope stage, the integrated stepper servo motor is mainly used to drive the X and Y axis movement of the stage. By precisely controlling the step angle and speed of the motor, the stage can be moved accurately at the micrometer or even nanometer level. This high-precision motion control enables the microscope to clearly observe the fine structure of the sample, providing more accurate and reliable observation results for researchers and doctors.
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Schematic diagram of integrated stepper servo motor structure
The integrated stepper servo motor is a high-performance drive device that integrates stepper motors, drivers, encoders and other modules. It combines the precise stepping characteristics of stepper motors and the precise control capabilities of servo motors, and can achieve high-precision and high-speed movement on a microscopic scale. The application of this motor greatly improves the performance and stability of the microscope stage.
02.Solution
The compact design of the integrated motor allows us to upgrade the microscope stage.
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NiMotion Electrical Solution System Diagram
In the precision control system of the microscope stage, the precise movement of the XYZ axis is crucial, which is directly related to the accuracy and clarity of the microscope observation results. For this reason, we specially selected the STM42M integrated stepper servo motor to drive the XYZ axis movement of the stage. This motor integrates the precise stepping characteristics of the stepper motor and the precise control ability of the servo motor, making the motion control of the stage reach an unprecedented level.
In terms of position control, the STM42 integrated stepper servo motor has shown excellent performance. Through precise algorithms and control strategies, the motor can accurately move according to the preset position trajectory, ensuring that the sample on the stage can be accurately positioned in the center of the microscope's field of view. This high-precision position control not only improves the accuracy of observation, but also greatly improves the efficiency and reliability of the experiment.
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Motor Model:STM4248B
The XYZ axis movement is matched with the STM42M integrated step servo motor, which has precise position control, low operating noise, smooth movement, convenient operation, and can better achieve control accuracy requirements.
03.Advantages of integrated stepper servo motor
High integration improves the portability of equipment: The integrated stepper servo motor integrates functional modules such as stepper motor, servo driver, encoder and controller, which greatly reduces the size and weight of the equipment. At the same time, it simplifies system wiring and reduces potential failure points.
Flexibility to meet diverse needs: The integrated stepper servo motor supports CANopen/Modbus communication and can be flexibly controlled and adjusted as needed to adapt to different work requirements.
High-precision positioning improves measurement accuracy: The integrated stepper servo motor has high positioning accuracy and can achieve high-precision positioning of mobile equipment.
Multiple control modes: support PP, VM, PV, PT, HM, IP, CSP, CSV, CST standard modes; support NiMotion position mode, NiMotion speed mode, NiMotion torque mode.
High-speed response improves equipment efficiency: The integrated step servo motor has a fast response speed and can quickly adjust the angle and position of the detection equipment. This means that the detection unit can obtain sample information more quickly, improving the working efficiency and responsiveness of the equipment.
Complete alarm function: The integrated step servo motor can detect hardware failures in time to avoid affecting system operation. It is equipped with multiple safety protection functions. The LED flashing alarm can intuitively display the current status of the motor. It also has protection functions such as overvoltage/undervoltage, overheating, overcurrent, and stall alarm.
