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| F Series |
The F-Series Kawasaki robots range from 2Kg up to 60Kg
payload. All the robots can be floor, wall or ceiling mounted.
The F-Series robots can be used for handling, arc welding, cleaning, polishing
and for extreme environmental conditions such as dust development, for the cold
fields.
The modular concept of the F – Series offers high flexibility for changing the
reach and / or payload for varying appplications.
The integrated pneumatic and electric control to the solenioid valves give easy
installation and start up. |
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| Z Series |
The new Kawasaki Robot Z-Series payloads start from 130
Kg. The robots from the Z- series have a very small dead space despite its big
coverage range. They offer a full rotation of 360° in their first axis.
The integrated pneumatic and electric installation for valve control allow a
rapid initial operation. The complete arm of the robot offers protection class
IP65 and its wrist offers protection class IP67. |
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| M Series |
The M-Series is divided in the MX- and MD-Series.
In the MX- Series we present high end robots with 6 axes. Despite an extremly
high load capacity ( from 350 up to 500 Kg), the robot arm is characterised
through a compact design. In this series we present three models as the MX500N,
the MX420L and the MX350L.
The MD400N has been specially designed for palletising work. The big coverage
and high speed provide a much better efficiency for the palletising of heavy
packages and cases. The 5 axis construction gives a huge multi-functionality for
complex work processes. |
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| ZD/MD Palletizing |
Kawasaki’s line of palletizing robots provide industry
leading long reach and high payload capabilities. The Kawasaki palletizing
robots can handle loads up to 880 lbs. and speeds of more 1,800 cycles per hour.
Kawasaki’s simple and powerful programming language allows for easy set-up,
programming and unlimited flexibility. |
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| K Series |
The K-Series Robots are specially designed for Painting
Applications. They are developed for a wide range of products, from the smallest
work piece up to an entire car body.
You can choose from eight robot models for your application needs.
The robots are ATEX 100 certified so that they can be used under explosion proof
environment. |
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| C- and D-Controllers |
The C Controller is compact enough for convenient
installation and offers a large, multifunction, color liquid crystal display
(LCD) that combines the functions of a conventional teach pendant with several
specialized displays on a 7.2 inch touch panel. Easy block step programming and
high-end AS Language programming are both available.
The new Kawasaki “D” Controller is a result of the culmination of years of
Kawasaki engineering and application excellence. This advanced technology robot
controller is loaded with new features, software, and functions, while
maintaining Kawasaki’s “Simple & Friendly” design. |
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| Applications |
| Kawasaki robots
are at work in many different industries in a wide range of applications
throughout the United States, Canada and Mexico, including arc welding,
palletizing, machine tending, assembly, coating, spot welding, and dispensing. |
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| Paiting |
| The KE and KF series of Kawasaki painting robots are
specifically designed for high performance painting and spraying finishing in
hazardous work environments with features that are easy-to-use for customers and
easy-to-customize for system integrators. |
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| Arc Welding |
| Today, Kawasaki’s Metals Fabrication Group supports
applications ranging from single user, basic arc welding applications to laser
welding with adaptive vision. |
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| Machine Tending |
| Machine loading and unloading is a more complex
application than basic material handling; for this application, the robot
provides both manipulative and transport capabilities. Robots can be used to
grasp a workpiece from a supply point (e.g., a conveyor belt), transport it to a
machine, orient it, and then insert it into the machine workholder. |
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| Material Handling |
| This application makes use of the robot's capability to
transport objects. By fitting the robot with an appropriate end-effector (e.g.,
gripper), the robot can grasp the object that needs to be moved. The robot may
be mounted either stationary on the floor or on a traversing unit, enabling it
to move from one workstation to another. The robot can also be ceiling mounted. |
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| Palletizing |
| In order to meet the high demands of palletizing
applications, Kawasaki Robotics offers three unique robots designed specifically
for high-speed, heavy payload, long reach operation. The Kawasaki ZZD130S,
ZZD250S, and the MD400N can handle payloads up to 880lbs. with industry leading
speed and reach. |
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| Sealing/Dispensing |
| For dispensing applications, the robot manipulates a
dispenser or gun to apply a material such as paint, adhesive, sealant, or
washing solution to a stationary or moving part. Additional equipment used to
complete a dispensing system may include material containers, pumps, and
regulators. It is very important that, for operations that involve the
application of material that produces flammable or explosive fumes, the robot be
sealed and have a system that purges the robot’s internal cavities. |
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| Spot Welding |
| A major application for Kawasaki Robots is spot welding.
Robot mounted spot welding gun operating on stationary parts are common to
automotive manufacturing. Stationary guns with robot manipulating the part are
also being used for smaller parts such as automotive doors. |
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| Assembly |
Examples of assembly operations include:
- Assembly of computer hard drives.
- Insertion of lamps into instrument panels.
- Insertion and placement of components onto printed circuit boards.
- Automated assembly of small electric motors.
- Furniture assembly.
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| Special Environments |
Clean Room - The primary consideration for a robot
operating in a clean room is that it must be sealed and not contaminate the work
area.
Washing - For robots used in washing operations, it is important that the
robot be sealed to prevent washing solutions from entering the robot and
contacting electrical components. A special water-resistant cover can be
utilized to protect the robot. |
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