The THK LM Stroke Miniature Stroke Model MST SERIES represents a compact, high-precision linear motion solution engineered for applications demanding minimal space utilization without compromising on performance or reliability. Characterized by its ultra-slim design and lightweight construction, this series integrates a miniature stroke cylinder with a guided mechanism, delivering smooth, accurate linear movements in constrained environments. The MST SERIES employs a unique ball screw or lead screw drive system, encapsulated within a rigid aluminum alloy housing that ensures structural integrity while minimizing overall mass. Key technical features include a self-lubricating bushing system for maintenance-free operation, corrosion-resistant stainless steel shafts, and precision-ground components that guarantee consistent stroke accuracy and repeatability. With stroke lengths tailored to specific needs—typically ranging from 10mm to 100mm—the series supports dynamic load capacities up to 50N and offers optional configurations for custom mounting, sealing, and feedback integration. Performance advantages of the MST SERIES stem from its optimized design for low friction and high efficiency. The incorporation of THK's proprietary Caged Ball technology reduces noise and vibration during operation, extending service life even under high-cycle conditions. Its compact footprint allows for seamless integration into multi-axis systems, while the guided mechanism prevents rotational movement, ensuring straight-line accuracy with deviations of less than 0.01mm per 100mm of travel. The series operates efficiently across a temperature range of -10°C to 60°C and is compatible with various lubricants, enhancing adaptability to harsh industrial environments. Additionally, the MST SERIES boasts rapid response times and low power consumption, making it ideal for energy-sensitive applications. These attributes contribute to reduced downtime, lower total cost of ownership, and enhanced system throughput. In industrial machinery, the MST SERIES excels in precision assembly robots, pick-and-place units, and semiconductor manufacturing equipment, where its miniature size and accuracy facilitate delicate component handling and positioning. For automotive systems, it is deployed in fuel injection testing apparatus, transmission control modules, and sensor calibration devices, leveraging its durability and repeatability to meet stringent automotive standards. In precision equipment, such as medical diagnostic instruments, optical alignment systems, and laboratory automation, the series provides reliable linear motion for tasks requiring micron-level precision and contamination-free operation. By combining compactness with robust performance, the THK MST SERIES addresses the evolving demands of modern automation, offering a versatile solution for applications where space, weight, and accuracy are critical factors.

THK's LM Stroke Die Setting Ball Cage Model KS BS represents a specialized advancement in linear motion technology, engineered to address the demanding requirements of high-precision industrial applications. This system integrates a unique ball cage mechanism within its stroke die setting framework, ensuring controlled and reliable linear movement even under rigorous operational conditions. The design features a robust housing that encapsulates precision-ground balls, which are retained in a cage to prevent slippage and maintain optimal alignment during reciprocating motion. Key technical attributes include hardened steel components for enhanced durability, low-friction polymer inserts to minimize wear, and a compact form factor that facilitates seamless integration into existing machinery layouts. Performance advantages of the KS BS model are substantial, primarily revolving around its ability to deliver consistent accuracy and extended service life. The ball cage design eliminates metal-to-metal contact between moving parts, significantly reducing operational noise and vibration while improving positional repeatability to within microns. This results in smoother motion profiles, higher acceleration capabilities, and resistance to shock loads, making it ideal for dynamic applications. Additionally, the system's pre-loaded construction minimizes backlash, ensuring precise control over linear displacements. Maintenance requirements are notably reduced due to the enclosed design, which protects internal components from contaminants like dust, chips, and moisture, thereby sustaining performance in harsh environments without frequent lubrication. Typical applications span critical sectors where precision and reliability are non-negotiable. In industrial machinery, the KS BS is deployed in CNC machining centers for tool-changing mechanisms, automated assembly lines for part positioning, and press brakes for die-setting operations that demand exact stroke adjustments. The automotive industry leverages these components in robotic welding arms, engine assembly jigs, and transmission testing equipment, where repeatable linear motion enhances manufacturing consistency and reduces downtime. Within precision equipment, the model finds use in semiconductor manufacturing apparatus, optical alignment systems, and medical device automation, contributing to sub-micron accuracy in processes like wafer handling or lens grinding. By combining innovative ball retention technology with rugged construction, THK's KS BS series supports efficiency gains and quality improvements across diverse high-stakes environments.

THK's LM Stroke LM Stroke Model ST represents a sophisticated linear motion solution engineered for applications requiring precise, controlled movement with exceptional rigidity and durability. This system integrates a compact, high-performance linear motion guide with a precision ball screw, delivering both guided motion and accurate linear actuation in a single, streamlined unit. The design eliminates the need for separate guide and drive components, simplifying machine design, reducing installation time, and minimizing overall system footprint. Key technical features of the Model ST include its robust construction, utilizing high-carbon chromium bearing steel for the rail and block, which is hardened and precision-ground to ensure long-term accuracy and wear resistance. The recirculating ball design within the guide block provides smooth, low-friction motion, while the integrated ball screw offers high positioning accuracy and repeatability. Preloaded ball assemblies within the guide eliminate backlash, enhancing rigidity and stability under load. The unit is sealed effectively with specialized wipers and scrapers to prevent contamination from dust, chips, and other particulates, ensuring reliable operation in harsh environments. Lubrication is optimized through built-in grease fittings, facilitating easy maintenance and extending service intervals. Performance advantages are significant across multiple metrics. The Model ST delivers high load capacity, supporting substantial moment loads and radial forces, which is critical for applications involving off-center or cantilevered loads. Its high rigidity minimizes deflection, maintaining precision even under demanding operating conditions. The system operates with low noise and vibration, contributing to a quieter working environment and reduced mechanical stress on adjacent components. Efficiency is enhanced by the low friction coefficient, which reduces power consumption and heat generation, allowing for higher operational speeds without compromising accuracy or lifespan. Typical applications span a broad range of industries where precision, reliability, and space efficiency are paramount. In industrial machinery, the Model ST is employed in automated assembly lines, precision machining centers, and material handling equipment, where it facilitates accurate positioning of tooling, workpieces, and transfer mechanisms. Within automotive systems, it is utilized in robotic welding arms, precision testing fixtures, and automated paint systems, ensuring consistent quality and high throughput. In precision equipment, such as semiconductor manufacturing tools, medical devices, and optical inspection systems, the Model ST provides the exacting motion control required for delicate operations, where micron-level accuracy and stability are non-negotiable. Its versatility and robust performance make it an ideal choice for engineers seeking to enhance the capability and reliability of their motion control systems.