During the production of high‑precision stamping dies for automotive sheet‑metal components, the integrated conical roller bearing is mounted on the main drive shaft of the die‑closing mechanism. It carries the axial and radial loads generated when the press clamps the die halves together, allowing smooth rotation of the toggle‑link system and rapid opening‑closing cycles. By providing a low‑friction pivot point, the bearing reduces wear on the hydraulic cylinders and shortens the time required to change tooling between batches. In a CNC‑controlled deep‑drawing line, the same bearing supports the rotary spindle that indexes the workpiece, keeping alignment stable even at high speed. Plant operators benefit from the bearing’s ability to tolerate occasional mis‑alignment, which translates into fewer shutdowns for maintenance. The same component can be found in auxiliary feed rollers that transport blank steel sheets into the die, where it helps maintain consistent feed rates. This role makes the bearing a key enabler for continuous, high‑quality die production.