Achieve perfect concentricity and eliminate tooth profile errors with our exclusive, free drawing package من اجل Gear Fixture! In the demanding world of gear manufacturing—whether for hobbing, shaping, grinding, or shaving—the stability and alignment of the gear blank are absolutely critical. A high-quality gear fixture is indispensable for ensuring that the pitch circle remains perfectly concentric with the bore, which is vital for reducing noise and increasing the lifespan of the final gearbox. This design package provides the technical blueprints for robust workholding solutions that handle high torque and cutting forces while maintaining sub-micron accuracy.

هذا comprehensive technical drawing set provides the detailed blueprints for constructing professional-grade gear processing fixtures. The plans detail the high-precision expanding mandrels, specialized collet systems, and rigid baseplates designed for quick setup on CNC gear cutting machines. Gearbox engineers, CNC machinists, tool designers, and automotive manufacturers will find these accurate, industry-standard drawings invaluable for building, maintaining, or customizing their gear production tooling. Stop settling for manual setups that lead to pitch errors and high scrap rates. By downloading this critical design asset today, you gain the foundational technical knowledge for building a compliant and highly rigid gear fixture. Secure your free tooling drawing now and master the art of precision gear production!

الميزات الرئيسية:

  • High-Precision Expanding Mandrel: Detailed blueprints specifying the tapered sleeve and piston design used to grip the gear bore with perfect concentricity.
  • Torque-Resistant Drive Interface: Schematics illustrating the heavy-duty drive pins or serrated faces designed to transmit massive rotational forces without slippage.
  • Axial Location and Support: Drawings detailing the hardened face plates and adjustable spacers used to ensure the gear blank is perfectly perpendicular to the spindle axis.
  • Quick-Change Modular Design: Blueprints showing the standardized mounting interfaces that allow for rapid changeovers between different gear modules and diameters.
  • Chip and Coolant Evacuation: Details on the self-cleaning geometry and protective seals designed to prevent the build-up of needle-like gear chips within the clamping mechanism.