The Workpiece Clamping Fixture is an essential industrial tool designed to provide maximum stability and vibration resistance during heavy-duty machining or assembly. A high-quality fixture is the foundation of precision; it ensures that the workpiece remains perfectly stationary against the high cutting forces of milling, drilling, or grinding. This specific mechanism focuses on “clamping integrity,” utilizing a combination of hardened base plates and high-torque mechanical clamps to prevent any lateral or vertical movement. By standardizing your workholding with this professional design, you can achieve tighter tolerances and superior surface finishes across your entire production run.
By downloading this comprehensive drawing, you gain access to a versatile CAD model that can be easily customized for various part sizes. The design incorporates a modular grid system, allowing for the quick repositioning of clamps and locators to suit different geometries. The CAD data includes detailed specifications for the T-slot interfaces, hardened steel bushings, and ergonomic handles that reduce operator fatigue. Whether you are setting up a CNC machining center or a manual welding station, this blueprint provides the structural data and material callouts needed to build a shop-grade fixture that withstands the rigors of a high-volume manufacturing environment.
Key Features:
- High-Torque Mechanical Clamps: Engineered to provide a secure grip that resists high-frequency vibrations and heavy cutting loads.
- Modular Locating System: Features a grid of precision-reamed holes for adjustable stops, ensuring repeatable part positioning.
- Vibration Dampening Base: The structural frame is designed to absorb kinetic energy, protecting the workpiece and the machine spindle.
- Hardened Contact Surfaces: Specifies heat-treated components at all wear points to maintain accuracy over thousands of cycles.
- Low-Profile Geometry: Optimized to allow maximum tool clearance, enabling the machining of multiple faces without re-clamping.
