The THK LM Guide Actuator SKR26 series represents a sophisticated integration of linear motion technology, combining a Caged Ball LM Guide Actuator with a motor wrap, long nut, and block assemblies (Type A and B) equipped with protective covers. This system is engineered for high-precision, high-load applications where reliability and durability are paramount. The core of the SKR26 is its caged ball design within the LM guide, which encapsulates the rolling balls in a precision cage to minimize friction, reduce heat generation, and eliminate the risk of ball-to-ball contact. This results in smoother motion, enhanced speed capabilities, and extended service life even under demanding conditions. The actuator incorporates a long nut block that ensures stable engagement with the ball screw, providing high rigidity and accurate positioning. The inclusion of covers on Blocks A and B protects critical components from contaminants like dust, chips, and moisture, making it suitable for harsh industrial environments. Key technical features of the SKR26 series include its high load capacity, achieved through optimized ball circulation and robust housing materials, allowing it to handle significant radial, reverse radial, and lateral loads. The caged ball mechanism reduces noise and vibration, contributing to quieter operation and improved precision. With precision-ground ball screws and preloaded nuts, the actuator delivers high positional accuracy and repeatability, often within micrometers. The motor wrap integration simplifies assembly by accommodating direct motor coupling, reducing overall system footprint and enhancing torque transmission efficiency. Additionally, the series offers customization in stroke lengths and mounting configurations, facilitated by standardized block designs (A and B) that support easy installation and maintenance. Performance advantages are evident in its ability to sustain high-speed operation without sacrificing accuracy, thanks to reduced friction and efficient heat dissipation. The protective covers extend component life by preventing abrasive particles from entering the ball screw and guide pathways, which is critical for minimizing downtime in continuous-use scenarios. This actuator excels in applications requiring precise linear motion with high stiffness, such as CNC machining centers for tool positioning, automated assembly lines for part handling, and semiconductor manufacturing equipment for wafer processing. In the automotive sector, it is deployed in robotic welding arms, precision testing rigs, and powertrain assembly systems where repeatable movements under heavy loads are essential. For precision equipment, the SKR26 series is ideal in optical alignment devices, medical diagnostic machinery, and packaging systems that demand smooth, contamination-resistant motion. Overall, this THK actuator series provides a reliable, high-performance solution for advancing automation and precision across diverse industrial landscapes.

THK's LM Guide Actuator Caged Ball LM Guide Actuator SKR26 series represents a sophisticated integration of linear motion components engineered for high precision, rigidity, and reliability in demanding applications. This system combines a compact LM Guide Actuator with a caged ball design, featuring a motor wrap, long nut, and block configurations in A and B series variants. The SKR26 model is specifically designed to deliver smooth, accurate linear motion while minimizing maintenance requirements and operational noise. Key technical features include the caged ball mechanism, which separates and retains ball bearings within the guide to prevent contact and reduce friction, significantly enhancing operational smoothness and lifespan. The actuator incorporates a precision-ground rail and block assembly, ensuring minimal deflection under load. The motor wrap allows for seamless integration with servo or stepper motors, providing precise control over linear positioning. The long nut design offers extended engagement for higher load capacity and improved moment resistance, while the A and B series blocks cater to different mounting and space constraints, with variations in preload and sealing options to suit diverse environmental conditions. Performance advantages are substantial, starting with exceptional positional accuracy and repeatability, critical for applications requiring micron-level precision. The caged ball system reduces heat generation and wear, contributing to a longer service life even in high-speed or high-frequency cycling scenarios. With high rigidity and load capacity, the SKR26 actuator supports both radial and moment loads effectively, making it suitable for dynamic applications. Its low friction coefficient results in energy-efficient operation, and the inclusion of seals and wipers in the block design protects against contaminants like dust and moisture, ensuring reliability in harsh industrial environments. Typical applications span across industrial machinery, where the SKR26 series is employed in CNC machining centers for tool positioning, automated assembly lines for precise part handling, and semiconductor manufacturing equipment requiring vibration-free motion. In automotive systems, it facilitates precise movements in robotic welding arms, engine component testing fixtures, and automated paint sprayers. For precision equipment, this actuator is ideal for optical alignment systems, medical device manufacturing stages, and coordinate measuring machines, where stability and accuracy are paramount. Its versatility and robust design make it a cornerstone in advancing automation and precision across multiple sectors.