Cold rotary forging is a metal forming process in which a workpiece is shaped at or near room temperature by rotating it between dies under compressive forces, producing precision components like fasteners, shafts, bushings, and small automotive or aerospace parts.
Suitable for steel, aluminium, and other ductile metals, it achieves high dimensional accuracy, excellent surface finish and superior strength through work hardening and refined grain structure.
With minimal thermal distortion, reduced post-processing and efficient and energy material use, cold rotary forging enables consistent, repeatable production of small to medium-sized, high-performance parts.
