Optimize your heavy-duty engine component production with our exclusive, free drawing package для Hydraulic Tooling Fixture For Flywheel Housing! The flywheel housing is a large, complex casting that serves as a critical interface between the engine and transmission. Due to its size and relatively thin-walled structure, maintaining dimensional stability during high-speed milling and boring is absolutely critical. This specialized hydraulic fixture provides multi-point, synchronized clamping force, which is indispensable for preventing casting distortion and ensuring that the crankshaft and transmission input shaft remain perfectly aligned.

Этот comprehensive technical drawing set provides the detailed blueprints for constructing a robust, high-precision workholding solution. The plans detail the heavy cast-iron or steel baseplate, the strategic placement of hydraulic swing clamps and work supports to counteract heavy cutting forces, and the complex internal manifold circuitry for the hydraulic system. Automotive and heavy machinery engineers, CNC tool designers, and powertrain manufacturers will find these accurate, industry-standard drawings invaluable for building or optimizing large-scale machining cells. Stop struggling with manual setups that lead to warped housings and alignment failures. By downloading this critical design asset today, you gain the foundational technical knowledge for building a compliant and highly rigid flywheel housing fixture. Secure your free engine tooling drawing now and ensure precision in every casting!

Ключевые особенности:

  • Distortion-Free Multi-Point Clamping: Detailed blueprints specifying the layout of hydraulic clamps that apply pressure directly over support points to prevent “bending” the thin-walled casting.
  • Auto-Adjusting Hydraulic Supports: Schematics illustrating the “stay-put” work supports that eliminate vibration in large spans of the housing without applying excessive upward force.
  • Hardened Datum Positioning: Drawings detailing the precision-ground locating pins and rest buttons used to ensure repeatable 3-2-1 positioning for large-scale components.
  • Chip and Coolant Management: Blueprints showing sloped fixture surfaces and protective seals designed to prevent the accumulation of heavy cast-iron chips around the hydraulic actuators.
  • High-Volume Manifold Block: Details on the integrated manifold design that handles high oil flow for rapid clamp/unclamp cycles, maximizing machine spindle uptime.