I. Overcoming the "Deep-Draw" Barrier
Stamping a bearing seat involves extreme material displacement. Our engineering approach includes:
Variable Pressure Pads: We use high-tonnage nitrogen cylinders to maintain uniform pressure, preventing the "wrinkling" effect common in deep-drawn bearing cups.
Nano-Crome Coating: The active surfaces are treated to reach a hardness of HV2500+, drastically reducing the friction coefficient.
II. Technical Dashboard
| Engineering Metric | Specification | Benefit for Client |
| Material Thickness | 1.5 mm – 6.0 mm | Supports heavy-duty industrial builds |
| Concentricity Limit | $\leq 0.02$ mm | Extends the life of the bearing itself |
| Die Base Material | High-Grade Cast Iron (G300) | Maximum vibration damping during press |
| Cooling Logic | Integrated Air/Oil Channels | Prevents thermal expansion of the die |
III. Maintenance & Longevity
We understand that downtime is lost revenue. Our dies feature:
Guided Pillars with Ball Bearings: Ensures ultra-smooth vertical movement and reduces wear on the press ram.
Quick-Access Stripper Plates: Allows for rapid cleaning and lubrication without dismantling the entire tool set.
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