Optimize your metalworking production with our high-precision technical documentation for the Estampo De Corte E Dobra. This combination tool is engineered to perform both cutting and bending operations within a single press cycle, significantly reducing handling time and improving the dimensional consistency of your parts. By integrating shearing and forming into one die set, manufacturers can achieve tighter tolerances between the cut edges and the bend lines, which is critical for components used in the automotive and electronics industries.
The provided الرسم package offers an exhaustive look at the internal mechanical synchronization required for high-performance stamping. It details the specific clearances for the cutting punches and the calculated radii for the bending inserts to account for material springback. By downloading these free CAD resources, engineers can analyze the structural reinforcement and lubrication paths necessary to maintain high-speed production without tool overheating or premature wear.
Our files are ready for immediate use in professional engineering environments, allowing your team to simulate the entire stroke before fabrication. This ensures that the cutting sequence and bending motion do not interfere, protecting your equipment and ensuring a clean finish on every workpiece. Download this essential resource today to modernize your toolroom and enhance your fabrication efficiency.
الميزات الرئيسية:
- Integrated Dual-Stage Process: Specifically designed to execute clean shears and precise bends in a single, synchronized motion.
- Precision Springback Compensation: Features engineered bending angles that account for the elastic recovery of various metal alloys.
- Hardened Tool Steel Inserts: Includes specifications for D2 or SKD11 components to ensure edge retention and durability under high tonnage.
- Optimized Stripper System: Detailed layout for the pressure plate to ensure even material holding and clean part ejection.
- Modular Alignment Pins: Features high-tolerance guide pillars to maintain sub-micron accuracy between the upper and lower die plates.