Performance
It supports the manufacturing of almost all materials and structural powder components. Since it does not require a pit, it can reduce expensive infrastructure costs. Additionally, all multi-level mechanisms are designed to withstand maximum pressing force, providing high flexibility in mold design. During mold changes, the plates can remain inside the press, eliminating the need for a die set. Furthermore, by separating the guide system from the force transmission elements, the lifespan of the mold is extended. The measurement system for each axis refers to a common reference point set at the center of the press. This allows for the automatic detection, control, and correction of the natural expansion of the press frame. It achieves extremely high repeatability without relying on pressing force. Moreover, our award-winning HMI/control system incorporates Ostwald's unique "3-stroke optimization (weight/height)." This enables operators to reduce setup time and improve yield. As a result, it achieves shorter setup times and consistent setups, maintaining consistently high standards of part quality.
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basic information
Upper Ram Axis (A) - Hydraulic Reaction: 1500 kN - Maximum Stroke Filling Height: 450 mm Upper Additional Axis (X11, X12) - Hydraulic Reaction: 190 kN - Mechanical Reaction: 1500 kN - Maximum Stroke Filling Height: 60 mm Die - Hydraulic Reaction: 985 kN - Hydraulic Withdrawal Reaction: 600 kN - Maximum Stroke Filling Height: 60 mm - Maximum Speed: 100 mm/s Lower Additional Axis (X1, X2, X3) - Hydraulic Reaction: 190 kN - Mechanical Reaction: 1500 kN - Maximum Stroke Filling Height: 80 mm Lower Core Rod - Hydraulic Reaction: 70 kN - Hydraulic Withdrawal Reaction: 40 kN - Maximum Stroke Filling Height: 150 mm - Maximum Speed: 100 mm/s Top Ram and Die - Repetition Accuracy: ±0.005 mm Additional Axis - Repetition Accuracy: ±0.010 mm
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