The THK Ball Screw SDAN V and SDAN VX SERIES represent a pinnacle of engineering precision, designed to meet the rigorous DIN standards for reliability and performance in demanding motion control applications. These compact, high-rigidity ball screws are engineered with a unique single-nut design that incorporates a large lead and optimized ball circulation path, ensuring smooth, efficient linear motion with minimal friction and exceptional positional accuracy. The SDAN VX variant further enhances this with preloaded nuts, delivering zero backlash and heightened stiffness for applications requiring ultra-precise positioning and resistance to vibration or external forces. Both series feature precision-ground shafts with hardened steel construction, offering high load capacity and durability, while their compact dimensions make them ideal for space-constrained installations in industrial machinery, automotive systems, and precision equipment. Key technical features include compliance with DIN 69051 standards, ensuring interchangeability and consistent quality across global applications. The ball screws utilize a return tube-type ball circulation system, which minimizes noise and heat generation during high-speed operation, extending service life even under continuous use. With lead accuracy grades of C5 or higher, these components guarantee repeatable motion control, critical for tasks where micron-level precision is non-negotiable. The SDAN V SERIES supports standard precision needs, while the SDAN VX SERIES caters to high-precision scenarios with its adjustable preload mechanism, allowing fine-tuning to counteract wear over time and maintain performance integrity. Both models are available in a range of shaft diameters and leads, providing flexibility to match specific torque, speed, and load requirements without compromising on efficiency. Performance advantages of the SDAN V and SDAN VX SERIES translate directly into operational benefits across diverse sectors. Their high efficiency, often exceeding 90%, reduces energy consumption and heat buildup, contributing to lower total cost of ownership. The robust design withstands heavy loads and moment forces, making them suitable for applications involving frequent starts, stops, or direction changes. In industrial machinery, these ball screws drive CNC machine tools, robotic arms, and automated assembly lines, where precision and reliability minimize downtime and enhance productivity. Automotive systems leverage their durability in electric power steering mechanisms, transmission testing equipment, and brake assembly robots, ensuring safety and compliance with stringent industry standards. For precision equipment, such as semiconductor manufacturing devices, medical imaging systems, or optical alignment instruments, the zero-backlash and high-rigidity characteristics enable sub-micron accuracy, critical for producing defect-free components and maintaining process consistency. By integrating THK's SDAN V and SDAN VX SERIES, engineers achieve seamless motion control that boosts efficiency, accuracy, and longevity in even the most challenging environments.

THK's SDA V and SDA VZ Series Ball Screws represent precision-engineered linear motion components fully compliant with DIN standards, ensuring seamless integration and reliable performance in demanding industrial applications. These ball screw assemblies are designed with a compact, high-rigidity structure, featuring a single-nut design that optimizes space while maintaining exceptional load capacity and positional accuracy. The SDA V Series offers standard precision grades suitable for general automation tasks, while the SDA VZ variant incorporates advanced preloading mechanisms and enhanced sealing options to deliver superior smoothness, minimal backlash, and extended service life in harsh environments. Both series utilize high-grade steel for the screw shaft and precision-ground ball grooves, paired with durable circulating components that ensure consistent torque stability and efficient force transmission across millions of cycles. Key technical features include DIN-standard flange dimensions for straightforward mounting, optional preload adjustments to eliminate axial play, and integrated seals that protect against contaminants like dust, chips, and moisture. The ball screws achieve high positional accuracy through precise lead accuracy control, with repeatability errors held within microns. Their optimized ball circulation system reduces vibration and noise, contributing to smoother operation at high speeds. Performance advantages are evident in their ability to handle combined loads—axial, radial, and moment loads—without sacrificing efficiency. The low friction coefficient of the ball-to-groove interface ensures high mechanical efficiency, typically exceeding 90%, which translates to reduced power consumption and heat generation. This efficiency, combined with robust construction, allows for continuous operation at elevated speeds while maintaining positioning stability, even under variable load conditions. In industrial machinery, these ball screws are integral to CNC machining centers, where they provide precise table positioning and feed motion for milling, drilling, and grinding operations. Their rigidity and accuracy minimize deflection during heavy cutting tasks, enhancing surface finish quality and tool longevity. Automotive manufacturing systems leverage SDA V and SDA VZ ball screws in robotic welding arms, assembly line transporters, and precision testing equipment, where repeatable linear motion is critical for alignment and throughput. The series' resistance to wear and contamination makes them ideal for automotive paint shops or stamping presses exposed to particulate debris. Within precision equipment, these components drive motion in semiconductor lithography machines, optical positioning stages, and medical device actuators, demanding sub-micron accuracy and minimal maintenance. Their DIN compliance further simplifies global sourcing and replacement, reducing downtime in multi-vendor production environments. By balancing durability, precision, and adaptability, THK's SDA V and SDA VZ Series Ball Screws serve as foundational elements in advancing automation and technological innovation across sectors.

The THK Ball Screw DIN Standard Compliant Ball Screw Model EBB V SERIES represents a precision-engineered linear motion solution designed for applications demanding high rigidity, exceptional accuracy, and reliable performance under rigorous operating conditions. Manufactured in strict compliance with DIN standards, this series ensures dimensional interchangeability and consistent quality, facilitating straightforward integration and replacement within global machinery designs. Its construction features a precision-ground screw shaft with a meticulously engineered ball groove profile, paired with a nut assembly incorporating a high-rigidity, compact design. A critical technical feature is the integrated single-piece end cap with a built-in deflector, which optimizes the ball recirculation path. This design minimizes vibration and noise during high-speed operation while significantly enhancing the unit's durability and operational smoothness. Performance advantages are substantial, beginning with its capability for high-precision positioning. The EBB V SERIES achieves high axial rigidity and rotational torque stability, which is vital for maintaining accuracy in repetitive motion cycles. Its optimized preload adjustment allows for minimal axial backlash, contributing to precise stop-and-repeat positioning critical in automated processes. The series is engineered for high-speed operation, supported by its efficient ball recirculation system that reduces heat generation and maintains consistent performance. Furthermore, these ball screws offer an exceptionally long service life, a result of THK's proprietary materials and advanced heat treatment processes that impart superior wear resistance and load capacity. The standard compliance also means simplified global sourcing and maintenance, reducing downtime. Typical applications for the EBB V SERIES are found across demanding industrial sectors. In industrial machinery, these ball screws are indispensable in CNC machining centers for controlling tool paths, in industrial robots for precise arm articulation, and in automated assembly lines for accurate component placement. The automotive industry utilizes them in precision manufacturing equipment like welding robots, painting systems, and in high-speed press feeds. Within precision equipment, the series is deployed in semiconductor manufacturing apparatus for wafer handling and photolithography stages, in medical device manufacturing for diagnostic equipment, and in precision measuring instruments where micron-level accuracy is non-negotiable. Its robust design and reliable performance make it a cornerstone component for engineers designing machinery that requires dependable, high-speed, and high-accuracy linear motion.

The THK Ball Screw EPB V SERIES represents a pinnacle of engineering precision, designed as a DIN standard compliant component that delivers exceptional accuracy and reliability in linear motion applications. This series incorporates a compact, high-rigidity ball screw design with a precision-ground shaft, ensuring minimal deflection under load and maintaining tight tolerances even in high-speed operations. Key technical features include a large lead angle optimized for rapid traverse rates, preloaded ball nuts to eliminate backlash, and advanced sealing mechanisms that protect against contaminants like dust and chips, significantly extending service life in harsh environments. The EPB V SERIES is manufactured with high-carbon chromium bearing steel, heat-treated for superior surface hardness and core toughness, while the ball grooves are precision-ground to achieve C5 or higher accuracy grades as per DIN 69051 standards. Performance advantages of the EPB V SERIES are evident in its efficiency and durability. The optimized recirculation system within the ball nut reduces friction and heat generation, enabling smooth motion with efficiencies exceeding 90%, which translates to lower energy consumption and reduced operational costs. Its high axial rigidity and preload adjustment capabilities ensure precise positional repeatability, making it ideal for applications demanding micron-level accuracy. Additionally, the series supports high permissible speeds and dynamic load ratings, allowing for sustained performance in continuous or cyclic duty cycles without degradation. Noise and vibration are minimized through precision manufacturing, contributing to quieter machinery operation and enhanced workplace safety. In industrial machinery, the EPB V SERIES is widely deployed in CNC machining centers, where it drives axes for milling, drilling, and turning operations, providing the stiffness and accuracy needed for complex part fabrication. Automotive systems leverage these ball screws in electric power steering mechanisms, brake assembly lines, and engine valve control systems, where reliability and responsiveness are critical for safety and efficiency. For precision equipment, this model excels in semiconductor manufacturing apparatus, such as wafer handling robots and photolithography stages, as well as in medical devices like MRI scanners and automated laboratory instruments, where smooth, contamination-resistant motion is essential. By meeting DIN standards, the EPB V SERIES ensures compatibility and interchangeability in global markets, offering a robust solution that enhances productivity and reduces maintenance downtime across diverse sectors.