Le Flip-Up Positioning Machine is a vital component in modern automated assembly and welding lines, designed to rotate and position workpieces at specific angles for optimal processing. This technical dessin features a robust mechanical structure capable of flipping heavy components—such as automotive parts or industrial panels—through a precise arc. By automating the flipping process, this machine eliminates the need for manual lifting, significantly increasing safety and throughput while ensuring that every workpiece is presented to the robot or operator with sub-millimeter repeatability.

By downloading this professional dessin, you gain access to a complete kinematic layout. The design centers on a high-torque actuator system, often powered by pneumatic cylinders or servo motors, linked to a heavy-duty pivot arm. The CAD files provide detailed views of the structural base, the rotating cradle, and the integrated clamping mechanism that secures the part during motion. This assembly is particularly useful for engineers designing custom jigs or fixtures, as it provides a verified foundation for load distribution and center-of-gravity calculations.

This blueprint is optimized for high-duty cycle environments. It includes specific tolerances for the pivot bearings and the adjustable end-stops that define the “flip” limits. Utilizing this dessin allows your team to skip the fundamental structural design phase and focus on customizing the interface to suit your specific workpiece. Whether you are integrating this into a larger conveyor system or using it as a standalone workstation, these files ensure your motion mechanism is both durable and precise.

Caractéristiques principales :

  • Adjustable Flip Kinematics: Engineered pivot points in the dessin that allow for various angular displacements to suit different assembly tasks.
  • Integrated Clamping System: Precision-modeled pneumatic or manual clamps that ensure the workpiece remains stationary during the flip cycle.
  • Heavy-Duty Structural Base: A rigid, vibration-resistant frame designed to handle high dynamic loads without deflection.
  • Precision Limit Control: Detailed mounting points for proximity sensors and mechanical stops to ensure highly repeatable positioning.
  • Modular Cradle Design: A versatile interface that can be easily modified in the CAD file to accommodate various workpiece shapes and sizes.