Used Yaskawa MA1440 welding robot with original RD 350 welding
machine max range 1440mm payload 6kg
Repeatability | <±0.08mm |
Controller | DX200 |
Robot weight | 130kg |
Max range | 1440mm |
Installation method | floor, wall, upside |
Applications | arc welding, laser processing, handling |
MA1440 can be equipped with a variety of servo welding guns and
sensors, so as to reduce the beat through high-speed action,
improve ease of use, improve production efficiency, and realize the
simplification of the automated production line process. Because of
MA1440's innovations in various aspects, it has improved its
freedom of movement and compact size and so on. Its carrying weight
is twice that of the original model, from 3kg to 6kg, which can
correspond to the welding process of the servo welding torch that
must be mounted on various sensors and large-scale models, so it is
necessary for robots to move workpieces from a long distance Or
when it is necessary to approach the workpiece with a large number
of welding points, the productivity can be improved more
effectively. Due to its new structure and streamlined arm design,
the hollow inner diameter of the upper arm is enlarged to reduce
the interference area with the workpiece and increase the number of
built-in cables.
MA144 adopts coaxial welding torch and built-in welding cable to
prevent interference between welding cable and robot arm, fixture
and external objects, making the robot more flexible. When the
posture of the end of the robot changes, the bending of the welding
cable changes little, and the wire feeding is stable, so that the
robot always has good welding quality. The MA144 has a high-quality
servo motor and a higher movement speed, so the speed is 30%-40%
higher than that of the same type of robot, so that it can achieve
higher production efficiency in a shorter time. MA144 uses a flat
AC servo motor, so it has a compact structure, high reliability,
flexible movement, and a large range of motion, making it
lightweight and able to run at a higher speed, further improving
the production efficiency of the robot.