Recently, a group of students from Clemson University’s Electric Engineering program approached Macron with the challenge of building an automated air hockey machine. The students in this program participate in projects emphasizing real-time control systems and computer vision.
Students faced a senior project calling for construction of an automated system that was capable of playing air hockey with limited human input.
The students needed controlled, automated movement in order to successfully move the air hockey paddle in a multitude of directions. The two axis XY gantry consisted of two MacSTANDARD PSC belt driven actuators and a MacFRAME structure, providing fluid, stable movement of the air hockey paddle.
A Macron Dynamics team member adds a pulley assembly to the actuator for a recent customer order.
Squaring up an extruded beam segment on a CNC beam processor. Our actuator frames are available in a variety of...
The MSA-SB5 belt-driven actuator provides belt-driven incremental push/pull capabilities that make it extremely useful for various packaging and automation applications.