JSS MOTOR: Injecting Strong Momentum into the Analytical Science and Instrumentation Industry at BCEIA 2025

From September 10th to 12th,2025,the 21st Beijing Conference and Exhibition on Analytical Science and Instrumentation (BCEIA 2025) was grandly held at the Beijing China International Exhibition Center. The exhibition showcased the latest achievements and cutting-edge technologies in analytical science and instrumentation, effectively promoting global collaboration and innovation in the field.
At this event, JSS MOTOR showcased several flagship products. Their cutting-edge technology and superior performance captivated visitors and sparked a wave of interest in the analytical science and instrumentation sector.
Stepper Motors: The Mainstay of Precision Drives
In the field of analytical science and instrumentation, stepper motors are the backbone of precision drives, playing an irreplaceable and critical role. JSS MOTOR's stepper motor series boasts significantly enhanced torque performance, making it capable of handling high-power tasks with ease. While ensuring efficient operation, it also maintains exceptional precision, providing a solid foundation for the stable operation of analytical instruments.
In microscopes, stepper motors control the movement of the sample stage. By precisely controlling the number of steps and direction of the motor, samples can be moved to precise locations, facilitating detailed observation and analysis. In spectrometers, they precisely control the rotation angle and speed of the grating, enabling accurate measurement and analysis of spectra, helping researchers obtain more accurate spectral data.
Servo Motors: The Unsung Heroes of Precision Control
Servo motors are the unsung heroes of precision control in analytical science and instrumentation. JSS MOTOR's servo motors feature an advanced built-in feedback system, giving the motors an "intelligent brain" capable of real-time, precise monitoring and adjustment of position, speed, and torque.
In analytical instrumentation applications, millisecond-level decision-making and precise movement are crucial, making servo motors an indispensable key component. Take the atomic force microscope, for example. Its operating principle is to obtain microscopic information about the sample surface by detecting the interaction force between the probe and the sample surface. This requires precise positioning of the probe at the microscopic scale. Servo motors, with their fast response and high-precision control capabilities, can precisely control the probe's position, enabling researchers to obtain atomic-level surface information, providing powerful support for research in fields such as materials science and nanotechnology.
Integrated Motors: A Pioneer in Space Optimization
In the fields of analytical science and instrumentation, miniaturization and integration are key trends, and integrated motors, with their unique design, are at the forefront of innovation driving this trend. JSS MOTOR's integrated motor cleverly integrates the motor and controller into a compact unit, like a complex "command center" condensed within a compact body.
This integrated design offers many significant advantages. First, it significantly saves valuable space, enabling analytical instruments to achieve more functionality within a limited footprint. Second, the simplified installation process reduces production complexity and costs for instrument manufacturers, improving production efficiency.

In miniature spectrometers, the use of integrated motors fully leverages their space-saving and simplified installation advantages. Miniature spectrometers require the integration of multiple optical components and detection modules within a tiny space, placing extremely high demands on efficient internal space utilization. The compact design of an integrated motor allows it to easily fit within the confines of a miniature spectrometer, providing precise driving power. Furthermore, by integrating the motor and controller, the integrated motor reduces the complexity of external wiring, mitigates the risk of signal interference, and improves instrument stability and reliability.
Integrated motors also play a crucial role in portable biochemical analyzers. Portable biochemical analyzers must be portable and easy to use to meet the demands of on-site testing and point-of-care diagnosis. The integrated motor's all-in-one design not only reduces the instrument's size and weight, making it more portable, but also simplifies the operation process, lowering the user barrier to entry.
Brushless Motors: The Ideal Choice for Efficiency and Durability
Brushless motors, with their high efficiency and long life, have become an ideal power source for many critical devices in the analytical science and instrumentation fields. JSS MOTOR's brushless motors go a step further. Through optimized design, they effectively reduce internal friction, resulting in lower energy consumption and longer lifespan, perfectly meeting the stringent performance requirements of analytical instruments.
The advantages of brushless motors are fully demonstrated in high-precision centrifuges. Centrifuges are commonly used in analytical science and instrumentation, separating substances of varying densities. During high-speed rotation, motors must provide stable, powerful power while ensuring precise speed control. JSS MOTOR's brushless motors, with their highly efficient energy conversion, deliver sufficient power for centrifuges while consuming less energy, enabling high-speed operation. Furthermore, their long lifespan reduces motor replacement frequency, lowering equipment maintenance costs and improving centrifuge efficiency and stability.
Complementary Drivers: The Motor's Perfect Partner
In analytical science and instrumentation, efficient motor operation relies on the powerful support of matching drivers. JSS MOTOR's complementary drivers, designed specifically for its various motors, are the perfect companions. These drivers act as the motor's "power heart" and "intelligent brain," providing power and control signals. They precisely convert weak control signals from the control system into powerful drive power, providing stable and reliable power to the motor. They also receive speed, position, torque, and other commands from the control system and accurately transmit them to the motor, enabling precise control of the motor's motion.

Conclusion and Outlook
At BCEIA 2025, the various motors and drivers showcased by JSS MOTOR acted like a powerful "power engine" for the analytical science and instrumentation fields, bringing endless possibilities for innovation and development. Whether it's the precise positioning of stepper motors, the efficient control of servo motors, the compact design of integrated motors, the low-power and durable brushless motors, or the intelligent collaboration of supporting drivers, they all provide solid technical support for improving the performance and expanding the functionality of analytical instruments.
If you're in the analytical science and instrumentation field, seeking high-quality motor and driver solutions to enhance instrument performance and optimize experimental processes, JSS MOTOR is undoubtedly your ideal partner. For more product information or partnership inquiries, please contact us!
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