Acme Screws
Proven Linear Motion. Reliable Load Handling. Designed for Performance.
Built for strength, durability, and dependable linear motion, our Acme screws provide a trusted solution for a wide range of industrial and precision motion applications. Featuring a robust thread form designed for efficient power transmission and long service life, Acme screws support consistent positioning and smooth movement under varying loads. Whether used in automation equipment, material handling systems, or custom machinery, Helix delivers U.S.-manufactured Acme screws with flexible configuration options and engineering support to help bring your design to life.
Key Advantages:
- Durable Acme thread form designed for reliable load handling and motion control
- Broad range of diameters, leads, materials, and nut options for application flexibility
- Suitable for automation, medical, packaging, and general industrial systems
- Manufactured in the USA for quality assurance, traceability, and responsive lead times
- Application engineering support from design consultation through production
Precision Linear Motion Applications
Helix Acme screws are trusted by OEMs and design engineers across industries including aerospace & defense, factory automation, heavy equipment, robotics, packaging machinery, and medical systems because of their ability to deliver precise, repeatable motion even under high load or low-speed conditions.
With U.S.-based engineering support, Helix helps customers specify the ideal Acme screw configuration for their system, balancing efficiency, strength, and cost-effectiveness.
Why Choose Helix Acme Screws?
- Manufactured in Beachwood, Ohio with ISO 9001 and AS9100-certified quality
- Supported by expert application engineering and customer service teams
- Customizable diameters, leads, and nut designs for any motion requirement
- Proven durability and reliability in mission-critical industrial environments
From design consultation to final production, Helix Linear Technologies delivers Acme screws built for precision, performance, and endurance which helps engineers achieve motion that lasts.
