The press delivers the programmed energy, filling the cavity progressively rather than “shocking” the tooling like a hammer would.

Metal fills corners and fillets; any flash is intentional and sized for trimming later, protecting critical die features.

The system manages rebound and brief dwell (if set) to stabilize dimensions and reduce elastic spring‑back in tough alloys.

Top/bottom ejectors lift the part cleanly; the operator or vision system checks fill, laps, and key dimensions before the next blow.

If required, secondary blows or a finish die pass sharpen edges, improve grain flow, and bring the part within final tolerance.

The forging moves to trim, pierce, or quench/temper as specified; dies are re‑lubed and the next billet is staged promptly.

Cycle data, hit energy, temperature, and part count are recorded; the press returns to ready state, keeping takt time predictable for the line.

The bar or slug is heated to the target temperature and staged on a stable, scale‑free surface near the press to minimize heat loss.

Upper and lower dies are mounted, aligned, and brought to temperature; a light, consistent lubricant is applied to manage friction and flash.

The operator selects stroke parameters and impact energy on the HMI, setting blow count, ejector timing, and safe limits for the job.

A manipulator, robot, or Manpower through tongs place the billet accurately in the die cavity, keeping fingers and fixtures clear of pinch zones.

The Inverter drive accelerates the main lead screw spindle, converting rotation into a controlled downward strike so the ram approaches smoothly and predictably.