High-speed Magnetic Suspension Linear Motor Slide Module

Linear motor module, also called linear motor module, linear motor or linear motor, is a precision drive device based on linear motor technology.

High precision: Linear motor module can achieve micron-level position accuracy, control accuracy can reach 0.001mm, and improve the processing and measurement accuracy of equipment.

High speed: Linear motor module can achieve high-speed and high-acceleration movement, improving production efficiency and processing speed.

High reliability: Linear motor module adopts high reliability design, has the characteristics of long life and low maintenance, and reduces equipment failure and maintenance costs.

Energy saving and environmental protection: Linear motor module has the characteristics of high energy efficiency and low energy consumption, reducing energy consumption and environmental pollution.

Simple structure: Linear motor module directly generates linear motion without transmission mechanism, which greatly simplifies the system structure, reduces manufacturing cost and maintenance difficulty.

In today's rapidly evolving landscape of automation and precision manufacturing, the demand for superior drive system performance is more critical than ever. Traditional mechanical transmission methods often fall short of meeting the extreme requirements for speed, accuracy, and reliability. This is where the linear servo motor emerges as a game-changer. This innovative drive device directly converts electrical energy into precise linear motion, eliminating the need for intermediate transmission mechanisms like ball screws or gearboxes. By directly driving the load through electromagnetic force, the linear motor achieves unparalleled high-precision and high-speed linear displacement. Our advanced linear servo motor solutions seamlessly integrate the robust closed-loop control of servo systems with the inherent directness of linear motion, making them ideal for applications demanding rapid response, exceptional dynamic performance, and pinpoint positioning.

Linear Servo Motor Product Features: Redefining Performance Standards

• Zero Transmission Error for Unmatched Smoothness: Our linear motor directly drives the load, completely eliminating mechanical transmission gaps and backlash errors. This ensures exceptionally smooth, jitter-free movement, guaranteeing every operation is executed with absolute precision.

• High Dynamic Performance for Instant Response: With a remarkable response time of less than 10ms, our linear motor facilitates incredibly smooth acceleration and deceleration processes. This makes it perfectly suited for high-speed and high-acceleration applications, such as rapid pick-and-place systems and advanced processing equipment.

• Extended Lifespan & Minimal Maintenance: The non-contact design of our linear servo motor means there's no mechanical wear between the mover (slider) and the linear motor stator. This translates to a lifespan reaching hundreds of millions of cycles, drastically reducing maintenance costs and downtime, maximizing your return on investment.

• Seamless Integration for Intelligent Automation: Our cutting-edge servo motor linear actuator supports leading industrial bus protocols like EtherCAT and Profinet. This enables seamless integration into your existing automation systems, facilitating intelligent control and efficient collaboration across your operations.

Introducing the FSKH 210 High-Speed Magnetic Suspension Linear Motor Slide Module: The Pinnacle of Precision Motion

As a prime example of our advanced magnetic levitation linear motor technology, the FSKH 210 High-Speed Magnetic Suspension motorized linear slide module offers groundbreaking advantages that will power your equipment to new heights:

• Contactless Drive & Zero Friction Loss: Magnetic levitation technology completely eliminates mechanical contact, achieving nanometer-level positioning accuracy (±0.5μm) while eradicating the backlash issues common with traditional ball screws. This makes our motorized linear slide module exceptionally well-suited for ultra-precision applications, including advanced semiconductor lithography equipment. Its dynamic response time is reduced to an incredible 0.1ms, and it can achieve accelerations up to 10G, providing unparalleled motion control.

• Ultra-High Speed & Long-Life Design: The direct-drive nature of this linear motor enables speeds exceeding 5m/s—a remarkable 300% increase over synchronous belt modules. By eliminating belt wear, it boasts a theoretical lifespan of over 100,000 hours, ensuring your production line runs efficiently for extended periods. Its modular design allows for quick replacement of magnetic track components, cutting maintenance costs by an impressive 60% and significantly boosting economic efficiency.

• Intelligent Control & System Integration: Featuring a built-in high-resolution optical scale (1nm resolution) and a sophisticated Field-Oriented Control (FOC) algorithm, our linear motor supports the EtherCAT bus protocol for seamless integration with PLC systems. This enables precise multi-axis synchronous control. Select models also incorporate integrated vibration suppression functions, further reducing vibration amplitude during high-speed movement to ensure ultimate processing accuracy and stability.

Choose our linear motor products to drive your future forward. Whether you seek extreme precision, ultra-high speed, reduced maintenance costs, or enhanced system intelligence, our linear motor, motorized linear slide, and servo motor linear actuator solutions are designed to meet your every need. Contact us today to begin your journey toward a new era of intelligent manufacturing!

The high-speed magnetic levitation linear motor slide module sounds complicated, but it actually has 

many amazing advantages. Let me explain them in detail:

High Speed and High Acceleration: Magnetic levitation technology eliminates physical contact, and the 

linear motor directly generates driving force, allowing this module to operate at extremely high speeds 

and accelerations. Just like high-speed trains are faster than cars, this module is incredibly advantageous

 in scenarios requiring rapid movement, such as certain industrial inspection or logistics transportation 

applications.

High-Precision Positioning: Combining the smoothness of magnetic levitation with the precise control 

of a linear motor, it achieves extremely high positioning accuracy. This is crucial for applications requiring

 precise operations, such as semiconductor manufacturing or precision assembly.

Low Noise and Low Vibration: Because there is no mechanical contact, the noise and vibration during 

operation are very low. This is particularly important in environments requiring quiet operation, such as 

libraries or hospitals, or near precision instruments sensitive to vibration.

Low Maintenance and Long Lifespan: Reduced mechanical wear leads to lower maintenance requirements

 and a longer lifespan. This is a great advantage for applications requiring continuous operation for 

extended periods, such as 24-hour production lines.

High Efficiency and Energy Saving: The linear motor provides direct drive, resulting in high energy 

conversion efficiency, and magnetic levitation reduces friction losses, leading to overall higher efficiency.

 This is a significant advantage in today's energy-conscious world.

Flexibility and Scalability: The module's design is highly flexible and can be customized to specific needs, 

and it is easily integrated with other automation equipment. This is extremely convenient for automation

 systems requiring high levels of customization and scalability.

Environmentally Friendly: It also meets environmental requirements because it does not require lubrica

ting oil, thus reducing pollution. This module is particularly popular in industries with high environment

al standards, such as food processing or pharmaceutical manufacturing.