Roll your parts with speed and confidence.
Roll your parts with speed and confidence.
Regg Rolling designs and builds complete rolling turnkey solutions, with custom loading and unloading systems specifically tailored on customers’ needs.
Our systems are fully tailored around your part to roll, to deliver you the maximum efficiency and speed with no compromises on rolling quality.
Thanks to the integrated remote assistance system and webcam, our technicians can help you troubleshoot your machine remotely.
Our proprietary software is combined with multiple patented rolling technologies, all designed with F.E.M. analysis to obtain the most rigid structure for less die wearing.
"With speeds of up to 1 part per seconds, Regg Rolling can deliver a fast and repeatable rolling experience to boost your productivity. See our systems in real time action:"
At Regg Rolling, we specialize in delivering high-performance cylindrical die thread rolling machines designed to optimize your production process. Our innovative technology offers unmatched speed, precision, and efficiency, ensuring consistent and reliable results for a variety of applications. Experience the difference with our advanced rolling systems, capable of boosting productivity while minimizing wear and tear on your dies.
Our thread rolling machines come equipped with cutting-edge features designed to enhance your operations:
With decades of industry expertise, the team at Regg Rolling is committed to providing tailored thread rolling solutions that meet your specific production requirements. Backed by our experienced technicians, we offer comprehensive support both before and after installation to help you maximize the performance and longevity of your machines.
Discover Regg Rolling's cutting-edge technology, engineered for superior precision and efficiency in every thread rolling process. Count on our machines to deliver flawless results and elevate your production standards with each part rolled.
All mechanical components have been designed with F.E.M. analysis to obtain the most rigid structure for less die wearing.
All mechanical components have been designed with F.E.M. analysis to obtain the most rigid structure for less die wearing.
All mechanical components have been designed with F.E.M. analysis to obtain the most rigid structure for less die wearing.