Used TECHWING TW-M2 #9215351 for sale

TECHWING TW-M2 handler is an advanced robotic arm used in automated manufacturing lines. This robotic arm consists of an arm structure, a controller board, and several different sensors. The arm structure is a six-axis, lightweight aluminum frame with a total reach of 1440 mm. It features a robust and stable construction with a high degree of accuracy and a high payload capacity. The controller board houses a powerful controller chip that allows for sophisticated programming. It supports various motion control modes, feature motion compensation for all six axes, and enables a high level of repeatability with a minimum time cycle of 5ms. In addition, the controller board provides several connections to various external devices, including analog inputs, digital inputs, and output signals. TW-M2 robotic arm is equipped with several different sensors, including Hall sensors, encoders, and tactile sensors. The Hall sensors provide information about the position of the arm structure and they are used for collision detection and purposes while the encoders measure the speed and position of the articulated arms. The tactile sensors measure the force of the arm's contact with an object. This information is used for force control and helps the robotic arm maintain a more consistent pressure on the objects it is manipulating. TECHWING TW-M2 has several features that make it an ideal choice for automated manufacturing lines. These include a fast response time, a wide range of payload capacity, a compact design, and a high degree of motion repeatability. The response time of the arm enables quick and precise movements at all times while the wide payload capacity ensures consistently high performance over long production cycles. The compact size of the robot makes it ideal for integration into existing manufacturing lines, and the motion repeatability ensures reliable operation in a wide variety of applications. Finally, the multiple sensors included with the robotic arm provide robust and reliable performance across a wide range of tasks.