DuAro Cooperative Robot
UNIQUE CO-ROBOT CONCEPT FOR COEXISTENCE WITH PEOPLE IN THE WORKPLACE
Low-power motors, a deceleration function and an area-monitoring enable the "duAro" to coexist with people during work operations. The "duAro" has a collision detection function that stops the robot in response to a possible person-robot collision.
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CO-ROBOT WITH AN UNIQUE AND INNOVATIVE CONCEPT
Kawasaki Robotics has launched the "duAro" -an innovative & new, dual-arm SCARA robot that can coexist with humans in the workplace.
COEXISTENCE WITH PEOPLE IN THE WORKPLACE
Low-power motors and a deceleration function linked with an area-monitoring enable the "duAro" to coexist with people during work operations. The "duAro" also comes with numerous safety functions, including a collision detection function that instantaneously stops the robot's movement in response to a possible person-robot collision.
PERFECT FOR SHORT PRODUCTION RUNS
Industrial robots have been developed and intended mainly for mass production involving long product life cycles. However, in fields where new models are introduced frequently at intervals of a few months, automation is considered difficult despite demand for robotization, in terms of both preparation period and cost-effectiveness. Today, Kawasaki offers a brand-new robot that is applicable to such fields.
TWO ARMS AND DIRECT TEACHING
The new "duAro" robot's area of motion is the same as that of a person, with motions similar to those of human arms and independent movements for each arm, made possible because of its dual-arm configuration. Through Kawasaki’s consistent pursuit of ease of use, Kawasaki’s engineers integrated two articulated arms that move simply in the horizontal direction, and introduced direct teaching functionality into the robot's configuration, resulting in a robot that is both easy to teach and practical. With the integration of the body and controller into the wheeled base, the robot is quite easy to install and relocate.
The robot has two arms that reach horizontally from the body and that move together as a pair. This configuration can easily perform operations similar to those of a person using both arms within a one-person space. Equipped with a collision detection function and a safety function that slows down its motion when near a person, the robot can be reliably operated in tandem with the operations of workers adjacent to the machine.
The name of the dual-arm robot, "duAro," is a combination of two English words-dual and robot. With this name, we intend to highlight the concept of a dual-arm machine that can provide users with a sense of reliability, security, and approachability.
SPACE SAVING, DUARO FITS INTO A SINGLE-PERSON AREA
While the arrangement of two conventional SCARA robots occupies a relatively large space, the "duAro" robot, integrating two coaxial arms and a controller into a single unit, occupies only a single-person space. Additionally, its coaxial dual-arm structure makes the two arms less prone to interfere with each other, making it possible to perform coordinated movement, which has not been possible in the case of using two SCARA robots.
EASE OF INTRODUCTION
The wheeled base on which the arms are mounted accommodates the controller, making it easy to move and install the robot at any location. Its dual-arm operations also make it easy to support operations without jigs or to replace it with other robots and/or people. This enables the user to launch systems more quickly than conventional systems, which often take excessive time when changing production lines, as well as to quickly respond to restarts after an emergency stop.
EASE IN TEACHING OPERATION
Products with short life cycles entail frequent changes of programs and teaching, heightening the hurdle of robotics introduction. We thus adopted a simple horizontally articulated structure and direct teaching functionality to simplify teaching as much as possible. Anyone can perform the teaching movements easily.
In addition to direct teaching, teaching operations can be conveyed via tablet or teaching pendant. Also, multiple robots can be configured with a single terminal. A "duAro" robot can also be equipped with a vision system. A standard grippers option is also available, allowing the user to customize the specification of the arms, including the arm length and the number of rotating axes, in order to configure the arms in a way that fits with various necessary operations. In the future, the "duAro" will support clean specifications and a single-arm configuration, covering a wide range of applications.
PRICE LIST KAWASAKI ROBOTS
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- Degrees of freedom
- 4 x 2 arms
- Payload Kg
- 2 (1 arm)
- Repeatability ± mm.
- Weight Kg
- Controller digital I/O
- 16 input (option 32) 8 out put (option 16)
- Controller data interfaces
- 2x Ethernet 1x USB 1x RS232C
- Controller power supply
- F60: 1 phase 200-230 ±10% VAC 50/60 Hz. Max. 2.0 kVA
- Controller safety category
- Option: Cooparative Robot