Streamline your metal forming operations with our detailed technical documentation for the Cold Stamping Die. Cold stamping is a critical process for high-volume production, allowing for the rapid transformation of sheet metal into complex parts without the need for thermal treatment. This die set is specifically engineered to withstand the immense pressures of room-temperature deformation, ensuring that every part produced maintains its dimensional accuracy and structural integrity throughout long production runs.

The downloadable dibujo package provides an exhaustive look at the internal components of the die, including the stripper plate, punch retainer, and the specialized die inserts. By examining these blueprints, engineers can optimize the shear angles and clearance ratios required to minimize material burrs and reduce press tonnage requirements. We offer these high-fidelity CAD resources for free to support the tool and die community in developing more efficient, wear-resistant fabrication solutions.

Our files are formatted for seamless integration into your CAM software, enabling your team to plan precision machining paths for the die blocks and hardened inserts. With this level of technical detail, you can effectively simulate the metal flow and springback characteristics before the first piece of steel is cut. Download this professional drawing today to enhance your manufacturing precision and extend the life of your stamping equipment.

Características principales:

  • High-Strength Material Spec: Designed for use with premium tool steels like D2 or A2 to resist deformation under high-cycle loads.
  • Precision Stripper Mechanism: Engineered to ensure clean part ejection and prevent sheet metal distortion during the upward stroke.
  • Hardened Guide Pillars: Features high-precision alignment pins that maintain sub-micron accuracy between the upper and lower die sets.
  • Interchangeable Inserts: Modular design allows for the quick replacement of high-wear areas without rebuilding the entire die set.
  • Optimized Pressure Pads: Includes detailed layouts for spring or nitrogen gas-loaded pads to maintain uniform blank holding force.