Unique 7-Axis MR Robot
Description
Nachi Robotic Systems Inc. introduces the new Presto MR20 robot. The robot arm features a unique 7-axis design supporting up to a 30kg payload capacity. The unique 7th axis design allows the robot to closely emulate the motions of a human arm enabling it to perform more complicated work processes in constricted work areas.
The MR20 was designed to provide a compact arm and powerful body with a wrist torque 2 times that of comparable-sized robots. The unique 7-axis design allows the arm to avoid singularities while providing multiple posture solutions for the same work TCP. (see Diagram 1)
The MR20 features a horizontal reach of 1260mm, a repeatability of +/-0.1mm built on a compact base, two 6mm through-arm pneumatic lines, 18 conductor signal cable, and through-arm support for servo gripper tooling. The arm is controlled by the Nachi AX20 series controller and has a simplified programming solution that utilizes the primary 6 axis unless selected by the programmer.
The MR20 is ideal for machine tending, material handling, and case packing. And, when coupled with the Nachi NV-AX vision system, it can solve your bin picking and product assembly applications.
The MR20 was designed to provide a compact arm and powerful body with a wrist torque 2 times that of comparable-sized robots. The unique 7-axis design allows the arm to avoid singularities while providing multiple posture solutions for the same work TCP. (see Diagram 1)
The MR20 features a horizontal reach of 1260mm, a repeatability of +/-0.1mm built on a compact base, two 6mm through-arm pneumatic lines, 18 conductor signal cable, and through-arm support for servo gripper tooling. The arm is controlled by the Nachi AX20 series controller and has a simplified programming solution that utilizes the primary 6 axis unless selected by the programmer.
The MR20 is ideal for machine tending, material handling, and case packing. And, when coupled with the Nachi NV-AX vision system, it can solve your bin picking and product assembly applications.