Inch Ball Nuts
Our inch-ball-nut line is designed to provide smooth, accurate, and dependable linear motion solutions tailored for imperial (inch-based) systems. Manufactured in Beachwood, Ohio, these nuts are built to seamlessly interface with ball screws in stringent motion-control applications where performance, repeatability, and system compatibility matter.
Precision Interface. Imperial Standard. Engineered for Reliability.
Our ball nuts are offered in both flange- and threaded-mount configurations, enabling flexible integration into various machine architectures. With support for multiple diameters, leads, and circuit configurations, Helix’s inch ball nuts provide the interface your design needs for efficient motion transfer.
Engineered for Your Application
- Designed to pair with inch-ball screws for systems using U.S. imperial standards. This is ideal for legacy equipment and North-American-centric manufactures.
- Precision machined alloy threaded designs offer high reliability, high dynamic load capacity, and long service life in automation and industrial systems.
- Support for custom configurations including leads, circuits, preload, and material choices that is backed by Helix’s U.S-based application-engineering team.
- High-accuracy, low-backlash performance helps ensure consistent repeatability and control in machine tools, robotics, automation, and actuation systems.
Why Choose Helix Inch Ball Nuts?
- U.S.-based manufacturing facility for traceability, quality control, and rapid turnaround.
- Expert engineering assistance from concept to integration so you get the right nut for your system.
- Designed to integrate tightly with Helix ball screw systems for predictable performance and simplified sourcing.
- Built for reliability in demanding, high-duty-cycle motion systems where precision matters most.
With Helix Linear Technologies, you’re not just selecting a component. You’re gaining a motion partner. Choose our Inch Ball Nuts for reliable accuracy, precision integration, and U.S.-manufactured quality.
Engineered for compact motion. Designed for precision systems. Built to perform.
