S-3405N006 5/8"-5 x 1 ft. Ball Screws and Nuts

Key Features & Benefits at a Glance

• Exceptional positioning accuracy with ±0.004" per foot tolerance ensures reliable, repeatable motion control in demanding automation systems.
• High load-bearing capacity from 85,000 psi tensile strength provides durability and longevity under heavy operational stresses.
• Superior wear resistance due to Rockwell C56 hardness and hardened alloy steel construction, extending service life in high-cycle applications.
• Consistent performance across wide temperature ranges from -40°F to 300°F, suitable for various industrial environments.
• Smooth, efficient motion transfer with a 0.2" travel distance per turn, optimizing speed and precision in automated machinery.
• Enhanced thread durability through rolled thread fabrication, which increases fatigue strength and surface finish quality.
• Reliable right-hand threading and fully threaded design for seamless integration with standard ball nut assemblies and motion systems.

Professional Applications & Engineering Value

This 5/8"-5 ball screw is engineered to address critical challenges in industrial automation and precision motion control. The hardened alloy steel construction, combined with rolled thread fabrication, minimizes backlash and wear, ensuring consistent performance in high-duty cycles. Its ±0.004" per foot accuracy and 0.2" travel per turn provide exact linear movement, reducing errors in CNC machinery, robotic actuators, and assembly systems. The right-hand thread and fully threaded design facilitate easy installation and compatibility with standard ball screw and nut components, making it a reliable choice for engineers seeking to enhance system uptime and precision.

Specification Summary & Compliance

This ball screw adheres to standard inch system measurements with a 5/8"-5 thread size and Class 2A equivalent threading accuracy for precise fits. Manufactured from alloy steel and hardened to Rockwell C56, it meets general industry specifications for strength and durability. The component is produced using rolled thread processes, enhancing fatigue resistance. It complies with common industrial standards for material properties and is suitable for use in applications requiring consistent performance within specified temperature ranges and mechanical loads.