Precision Stamping Dies | Electronics, automotive parts | Tolerance Accuracy: ±0.1mm (Industry) ▲ ±0.05mm (Base) ▲▲ ±0.02mm (Advanced) Material: High-grade alloy steel (ASTM A262) | Ensures intricate part precision; reduces rework costs. | Advanced versions require specialized maintenance; higher upfront cost. |
Heavy-Duty Punching Dies | Construction, heavy machinery | Load Capacity: 500 tons (Industry) ▲ 700 tons (Base) ▲▲ 1000 tons (Advanced) Noise Level: 85 dB (Industry) ▲ 75 dB (Base) ▲▲ 70 dB (Advanced) | Handles thick materials; quieter than industry standards (quieter than a lawnmower). | Larger footprint; energy-intensive operation. |
Custom Riveting Dies | Aerospace, automotive assembly | Rivet Diameter Range: 2-6mm (Industry) ▲ 2-8mm (Base) ▲▲ 2-10mm (Advanced) Material: Stainless steel (ASTM A276) | Versatile for diverse rivet sizes; corrosion-resistant. | Customization increases lead time; may require operator training. |
High-Speed Stamping Dies | Mass production (e.g., fasteners) | Stamping Speed: 30 strokes/min (Industry) ▲ 50 strokes/min (Base) ▲▲ 80 strokes/min (Advanced) Energy Efficiency: 85% (Base) ▲ 92% (Advanced) | Boosts output by 167% vs. industry standards; energy-efficient. | Higher wear-and-tear on components; requires frequent lubrication. |
Safety-Compliant Dies | EU-regulated industries (e.g., automotive) | Compliance: Basic safety norms (Industry) ▲ ISO 13849 (Base) ▲▲ EU 2023/1542 certification (Advanced) | Meets EU’s strictest safety standards (e.g., anti-shear guards). | Higher initial cost; certification delays may impact timelines. |
Material Efficiency Dies | Cost-sensitive manufacturing (e.g., toys) | Material Waste Reduction: 15% (Industry) ▲ 10% (Base) ▲▲ 5% (Advanced) Tool Life: 50k cycles (Base) ▲ 100k cycles (Advanced) | Cuts material costs by up to 67%; extends tool lifespan. | May compromise on surface finish; limited to softer materials. |