I. High-Strength Steel (HSS) & Dual-Phase Forming
Stamping modern automotive structural components requires dies that can withstand immense localized pressure. Our stamping dies incorporate:
Carbide-Reinforced Working Zones: Strategic use of tungsten carbide inserts in high-wear areas to maintain edge sharpness.
Tonnage Distribution Logic: Optimized die-entry radii that reduce the required press energy while preventing material fractures.
II. Micro-Tolerance Electronics & Connectors
For the electronics sector, where dimensions are measured in microns, we provide:
Ultra-Fine Pitch Progressions: Capable of handling strip widths down to 5mm with absolute indexing accuracy.
Integrated Coining Stations: To achieve superior surface flatness and sharp internal corners that standard bending cannot provide.
III. Deep-Drawing for Pressure Vessels
Focusing on items like fire extinguishers and LPG canisters:
Variable Draw Ratios: Our dies are engineered to maintain uniform wall thickness $(\pm 0.05mm)$ throughout the entire drawing sequence.
In-Die Sensoring: Optional integration of displacement sensors to monitor material flow in real-time.
| Engineering Parameter | Precision Standard |
| Indexing Precision | $\pm 0.002mm$ |
| Material Range | Titanium, Inconel, Copper, Dual-Phase Steel |
| Die Life (High Speed) | 1.5 Million Strokes (Before Major Service) |
| Complexity Level | 20+ Stage Progressive Sequences |
We provide a comprehensive "Engineering Validation Package" with every delivery:
Springback Compensation Model: CAD proof of geometry adjustments.
Material Utilization Report: Data on scrap reduction and strip layout efficiency.
Global Interchangeability Guide: Documentation for integrating the metal stamping die into international press lines (JIS/DIN/ANSI).
Hot Tags: specialized multi-stage die engineering: high-precision solutions for high-tensile & lightweight alloys, China specialized multi-stage die engineering: high-precision solutions for high-tensile & lightweight alloys manufacturers, suppliers, factory
