THK's LM Stroke Die Setting Ball Cage Model KS BS BS SERIES represents a specialized advancement in linear motion technology, engineered to address the demanding requirements of die setting and precision positioning applications in industrial machinery. This series incorporates a unique ball cage mechanism that securely retains the balls within the LM block, preventing them from falling out during stroke operations—such as when the LM block is separated from the rail for die changes or maintenance. This design eliminates the need for manual ball handling, reducing downtime and minimizing the risk of contamination or loss of components in high-paced manufacturing environments. Key technical features of the KS BS BS SERIES include a robust ball cage structure that ensures smooth, reliable recirculation of balls even during full-stroke disengagement. The system utilizes THK's precision-ground rails and blocks, manufactured from high-carbon chromium bearing steel for exceptional hardness and wear resistance. Surface treatments, such as black oxide or specialized coatings, are available to enhance corrosion protection in harsh operating conditions. The series is designed with optimized ball groove profiles and preload adjustments, delivering high rigidity, minimal deflection, and consistent accuracy under heavy loads. Additionally, the compact and modular design facilitates easy integration into existing machinery layouts, with options for custom stroke lengths and mounting configurations to suit specific application needs. Performance advantages of this series are substantial, starting with a significant reduction in die changeover times—often by over 50% compared to conventional systems—due to the effortless stroke functionality. The retained ball cage design maintains lubrication within the assembly, extending service intervals and promoting long-term reliability with minimal maintenance. Operators benefit from enhanced safety, as there is no exposure to loose balls or complex reassembly procedures. The system achieves high positional repeatability (within microns) and sustains smooth motion at varying speeds, contributing to improved product quality and throughput. Its ability to handle moment loads and vibrations effectively makes it suitable for dynamic applications where precision and stability are critical. Typical applications span industrial sectors requiring frequent tooling adjustments and precise linear guidance. In automotive manufacturing, the KS BS BS SERIES is deployed in stamping presses for rapid die changes in body panel production, as well as in welding and assembly fixtures where repositioning is routine. Industrial machinery applications include injection molding machines for mold setting, metalforming equipment, and automated transfer lines that demand reliable, high-accuracy positioning. Precision equipment sectors, such as semiconductor manufacturing or optical device assembly, leverage this series for stages and slides that undergo periodic recalibration or component replacement. By combining durability, ease of use, and technical sophistication, THK's LM Stroke Die Setting Ball Cage Model KS BS BS SERIES enables industries to achieve higher efficiency, reduce operational costs, and maintain consistent performance in rigorous production environments.

THK's LM Stroke Die Setting Ball Cage Model KS BS KS SERIES represents a specialized advancement in linear motion technology, engineered specifically for high-precision applications requiring controlled stroke lengths and exceptional repeatability. This system integrates a ball cage mechanism within its linear motion guides, effectively managing the recirculation of balls to eliminate friction and ensure smooth, consistent movement. The design features a compact, rigid structure with precision-ground raceways and high-grade steel balls, optimized for handling significant loads while maintaining minimal deflection. Key technical attributes include pre-loaded ball circuits that minimize backlash, integrated seals for contamination protection, and customizable stroke lengths tailored to specific operational requirements. The series is available in various sizes and configurations, supporting both horizontal and vertical mounting orientations to adapt to diverse machinery layouts. Performance advantages of the KS BS KS SERIES are substantial, delivering enhanced accuracy with positioning repeatability within microns, which is critical for applications demanding exact linear travel. The ball cage design reduces noise and vibration during operation, contributing to longer service life and reduced maintenance intervals. Its low-friction characteristics result in higher efficiency, allowing for increased speeds and accelerations without sacrificing precision. The system's robustness enables it to withstand harsh industrial environments, including exposure to dust, chips, and moderate chemicals, thanks to its corrosion-resistant coatings and effective sealing solutions. Energy efficiency is another highlight, as the reduced friction translates to lower power consumption for driving mechanisms, making it an economical choice over time. Additionally, the ease of installation and compatibility with standard THK components streamline integration into existing systems, minimizing downtime during upgrades or repairs. In industrial machinery, the KS BS KS SERIES is commonly deployed in CNC machining centers, where it facilitates precise tool positioning and die-setting operations in metal forming presses. Its ability to handle high moment loads makes it ideal for robotic arms and automation systems that require reliable linear motion in pick-and-place, assembly, and packaging lines. Within the automotive sector, this model is utilized in engine manufacturing equipment, such as cylinder head machining stations and transmission assembly systems, where repeatable strokes are essential for quality control. It also finds applications in brake and suspension testing rigs, ensuring consistent linear movement under dynamic loads. For precision equipment, the series supports semiconductor manufacturing devices, including wafer handling robots and lithography stages, where sub-micron accuracy is paramount. Medical device assembly lines and optical instrument positioning systems further benefit from its stability and low particulate generation, adhering to cleanroom standards. Overall, the THK KS BS KS SERIES stands as a versatile, high-performance solution for industries prioritizing accuracy, durability, and efficiency in linear motion applications.