Maximize your manufacturing throughput with our high-quality technical documentation for the Ferramenta Progressiva. In the world of mass production, progressive tooling is the gold standard for efficiency, allowing a single press to perform a series of complex operations—such as piercing, coining, bending, and blanking—within a single continuous strip. This drawing package provides the intricate engineering details necessary to synchronize these multiple stations, ensuring that a finished part is produced with every single stroke of the press.

The provided dessin package offers an exhaustive look at the pitch calculations, pilot pin arrangements, and the strip-lifting mechanisms required to move material smoothly between stations. By analyzing the structural bolster plates and the hardened punch retainers through these blueprints, engineers can ensure that the tool remains rigid and accurate even under high-tonnage loads. We offer these high-fidelity CAD resources for free to help tool and die makers reduce trial-and-error during the assembly and “try-out” phases of development.

Our files are formatted for seamless integration into professional 3D environments, enabling your team to perform detailed interference checks and kinematic simulations. This data-driven approach is essential for predicting tool wear and optimizing the clearance for different material thicknesses. Download this professional blueprint today to streamline your stamping operations and achieve the tight tolerances required for modern automotive and appliance components.

Caractéristiques principales :

  • Multi-Station Sequential Layout: Detailed schematics for every stage of production, from initial strip entry to final part cutoff.
  • Precision Pilot Alignment: Engineered with high-tolerance pilot pins to maintain absolute strip positioning throughout the sequence.
  • Integrated Strip Lifter System: Features specialized spring-loaded lifters to ensure the material advances without snagging on the die face.
  • Hardened Tool Steel Specification: Designed for implementation with D2 or SKD11 materials to ensure long-term durability in high-speed environments.
  • Optimized Scrap Management: Includes dedicated pathways and relief angles for efficient slug disposal to prevent tool damage.