Profile Rail Linear Actuators
Our Profile Rail Linear Actuators deliver a complete linear motion solution by combining a precision lead screw or screw/ball-screw drive mechanism with a high-accuracy profile rail guidance system, all within a pre-assembled, compact package. These actuators provide the performance and integration ease that OEMs need in demanding automation, testing, instrumentation, and manufacturing systems.
Compact Guidance. Precision Motion. American Engineered.
Engineered for Your Application
- A high-precision profile rail guide system that controls pitch, roll, and yaw for stable, smooth motion.
- A matched lead screw or ball screw drive with optional anti-backlash nut, enabling accurate linear positioning and long service life.
- Flexible configuration including NEMA motor options, stroke lengths, lead choices, encoder support, and mounting styles so you can optimize the actuator for your system.
Key Benefits
- Pre-assembled linear module: reduces design risk and accelerates time-to-market.
- Excellent accuracy, repeatability and guidance stability: ideal for inspection systems, precision automation, robotics, and semiconductor tools.
- U.S. manufacturing and application engineering support: ensuring quality, responsiveness, and traceability.
- Design flexibility: tailor stroke, lead, diameter and motor to your unique requirements, rather than adapting your system to a component.
Why Choose Helix Profile Rail Linear Actuators?
- Manufactured in the USA with full traceability.
- Backed by an engineering team that works with you to define drive parameters, guide arrangements, mounting, and system integration.
- Designed to simplify sourcing: one module combining guidance, drive, nut, screw and motor interface.
- Proven in demanding applications where motion must be smooth, repeatable, and precise.
When your machine requires guided linear motion with compact form factor, robust guidance and integrated drive choose Helix Profile Rail Linear Actuators.
Guide the motion. Drive the precision. Partner with Helix.
