Revolutionize your mass production capabilities with our professional technical documentation for the Prograsif Kalip. In modern manufacturing, the progressive die is the pinnacle of stamping efficiency. By performing a series of sequential operations—piercing, lancing, forming, and blanking—at different stations within a single tool, you can produce a finished, complex part with every stroke of the press. This drawing package provides the intricate engineering details required to manage the strip layout, ensure perfect pitch control, and maintain the structural integrity of the tool under extreme cyclic loads.

The provided dessin package offers an exhaustive look at the master die set (upper and lower shoes), the precision-ground guide pillars, and the sophisticated pilot-pin system that ensures sub-micron strip alignment. By analyzing the nitrogen spring manifolds and the specialized stripper plate designs in these blueprints, engineers can optimize the tool for high-speed operation (up to 500+ strokes per minute) while minimizing heat buildup and material galling. We provide these high-fidelity CAD resources for free to help tool and die makers transition from manual processes to fully automated, high-output stamping environments.

Our files are optimized for professional 3D CAD environments (such as Creo, SolidWorks, or NX), allowing for advanced strip-load simulation and interference checking. This ensures that the “feed window” is perfectly timed with the press stroke, preventing catastrophic tool collisions. Download this essential resource today to master the complex mechanical synchronization required for world-class progressive tooling.

Caractéristiques principales :

  • Multi-Station Sequential Logic: Detailed schematics for every stage, including idle stations designed for tool cooling and future modifications.
  • Precision Pilot Alignment: Features hardened, parabolic-tip pilot pins to correct strip position at every station before the punches engage.
  • Advanced Stripper System: Optimized for “positive” part and strip control, using high-performance springs to ensure clean punch withdrawal.
  • Segmented Die Inserts: Designed with modular, easy-to-replace inserts (D2, M2, or Carbide) for high-wear areas to reduce maintenance downtime.
  • Scrap & Slug Management: Engineered with tapered relief zones and air-assist channels to guarantee that slugs fall clear of the die face.