Maximize your machine’s spindle uptime by choosing to download our professional Layered Fixtures drawing. In high-volume production environments, “layered” or “stack” fixtures are the ultimate solution for increasing part density within a single work envelope. This technical drawing provides a comprehensive mechanical blueprint of a multi-tier clamping system, detailing the vertical and horizontal stacking logic required to hold dozens of workpieces simultaneously. It is an essential resource for production engineers looking to reduce tool-change frequency and maximize the output of 3-axis and 4-axis machining centers.

By utilizing this detailed CAD resource, your design team can analyze the critical clearance zones and tool access paths required to navigate a multi-layered setup. The drawing covers the integration of base plates, intermediate risers, and top-tier clamping modules, ensuring that clamping forces are distributed evenly without distorting the underlying structure. Whether you are machining small automotive components or intricate medical hardware, these schematics provide the foundational data for precise part registration and coolant drainage across all levels. Accessing these verified designs allows you to transform a standard machine table into a high-capacity production cell, significantly lowering the cost per part.

الميزات الرئيسية:

  • Vertical Tier Synchronization: Detailed schematics for stacking modules that maintain perfect axial alignment across multiple levels of workholding.
  • Optimized Part Density Layout: Structural insights into minimizing the “dead space” between workpieces to maximize the number of parts per cycle.
  • Integrated Chip Evacuation Paths: Architectural details for sloped surfaces and drainage holes to prevent chip buildup between fixture layers.
  • Universal Base Plate Interface: A versatile mounting design compatible with standard T-slot tables and zero-point positioning systems.
  • High-Rigidity Riser Blocks: Specifications for the structural supports that prevent harmonic vibration and deflection during heavy milling passes on upper tiers.