Maximize your mechanical efficiency with our professional Double Speed Double Stroke Mechanism drawing. In modern automation, space is often a luxury, and the ability to extend a stroke beyond the physical length of an actuator is a significant engineering advantage. This technical CAD resource provides a detailed blueprint for a high-efficiency linkage system that doubles the output distance and velocity of a standard input motion. By downloading this file, you gain access to a proven design that utilizes synchronized moving parts to achieve a 2:1 ratio, effectively turning a standard pneumatic or electric cylinder into a high-reach, high-speed solution.The design featured in this package focuses on a rack-and-pinion or pulley-based amplification system. The drawing includes precise views of the sliding rails, the mobile carriage, and the tensioning components required to ensure zero-backlash operation. By utilizing this blueprint from MechStream, you can implement a mechanical “amplifier” that is ideal for pick-and-place robots, material transfer units, and long-reach clamping systems. This design is engineered to maintain high structural rigidity, ensuring that even at doubled speeds, the positioning accuracy and vibration control remain within industrial tolerances.

Our technical documentation emphasizes smooth motion and longevity. The assembly is designed with low-friction linear guides and integrated bumpers to handle the increased kinetic energy associated with higher speeds. Whether you are an R&D engineer or a custom machine builder, this drawing provides the exact geometric relations and material specifications needed to build a robust mechanism that optimizes both time and space in your production cycle.

Características principales:

  • 2:1 Motion Amplification: Specifically engineered to deliver twice the output stroke and speed compared to the input drive.
  • Huella compacta: Allows for extended reach in tight environments where long-stroke actuators cannot physically fit.
  • High-Rigidity Linear Rails: Detailed specifications for guide systems that prevent deflection during high-speed extensions.
  • Balanced Force Distribution: Designed to minimize internal stress on the primary actuator, extending the service life of the entire system.
  • Adjustable Limit Stops: Includes mechanical safety stops and sensor mounting points for precise control of the extended stroke.