Achieve superior manufacturing precision with our comprehensive technical documentation for Coaxial Die Set Press Working. In the world of high-speed metal stamping and punching, maintaining absolute concentricity between the punch and the die is critical. This coaxial die set is engineered to eliminate lateral deviation, ensuring that the force is distributed perfectly along the central axis. This specialized design significantly reduces tool wear, prevents material burring, and extends the operational life of your press machinery.

The provided الرسم package includes detailed cross-sections, tolerance specifications, and assembly instructions for the guide pillars and bushings. By analyzing these professional blueprints, tool and die makers can understand the precision fit required for high-accuracy operations. We offer these CAD resources for free to help engineering teams optimize their stamping workflows and achieve micron-level accuracy in every stroke.

Our files are ready for immediate integration into your simulation software, allowing you to verify the clearance and stroke dynamics before fabrication. Whether you are producing delicate electronic connectors or robust automotive components, this coaxial configuration provides the stability needed for complex, multi-stage press work. Download this essential drawing today to modernize your tooling standards and improve production yield.

الميزات الرئيسية:

  • Precision Centerline Alignment: Engineered to maintain perfect coaxiality between the upper and lower die sets during high-speed cycles.
  • Hardened Guide Bushings: Features high-grade steel components designed for minimal friction and maximum wear resistance.
  • Optimized Clearance Geometry: Specifically calculated punch-to-die gaps to ensure clean shears and minimal part deformation.
  • Rapid Tool Change Design: Modular architecture allows for faster setup times and easier maintenance of individual die components.
  • Vibration Dampening Base: Heavy-duty construction designed to absorb impact energy and maintain stability under high tonnage.