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5- and 6- Axis Robots VP-G Series
Speedy
Standard cycle time 0.99 sec.
Small
Very small footprint 160 x 160 mm
Light weight
Arm only weights 13kg
Slim design
Design allows compact applications.
Low energy consumption
Total capacity of motors less than 300W
ANSI/CE compliant
5- and 6- Axis Robots VS-G Series
Overhead-mountable
Each model can be used as overhead mounted.
High power
One of the highest applicable maximum moments of inertia in its class
Abundant Variations
IP54/65 and Cleanroom (Class 10)
Downsized Body
Minimizes interference with surrounding equipment
Light weight
Arm weights less than 30kg which allows light constructed cells.
ANSI/CE compliant and UL listed included
UL listed ; vs6556g-bw-ul and vs6577g-bw-ul
5- and 6- Axis Robots VM-G Series
Overhead-mountable
Each model can be used as overhead mounted.
High Power
One of the highest applicable maximum moments of inertia in its class
Choice of configurations
IP54/65, Cleanroom (Class 100)
Downsized Body
Minimizes interference with surrounding equipment
Light weight
Arm weights less than 80kg which allows light constructed cells
ANSI/CE compliant
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Kawasaki Robots F-Series
The F-Series includes robots with a payload of 3 up to 60 kg. All robots can be mounted on floor, wall or ceiling (except for FS003N and FD050N).
F-Series is available in different basic specifications for Standard(handling), clean room and welding.(FS-, FC-, FA-Series).
The design of the FD50N (4+1 axis) with a compensating fifth axis that replaces the more complicated parallelogramm leads to a smaller robot arm.
The modular concept of the F-Series gives the customer the possibility of optimisation based on payload, reach or speed.
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5- and 6- Axis Robots VP-G Series
Speedy
Standard cycle time 0.99 sec.
Small
Very small footprint 160 x 160 mm
Light weight
Arm only weights 13kg
Slim design
Design allows compact applications.
Low energy consumption
Total capacity of motors less than 300W
ANSI/CE compliant
5- and 6- Axis Robots VS-G Series
Overhead-mountable
Each model can be used as overhead mounted.
High power
One of the highest applicable maximum moments of inertia in its class
Abundant Variations
IP54/65 and Cleanroom (Class 10)
Downsized Body
Minimizes interference with surrounding equipment
Light weight
Arm weights less than 30kg which allows light constructed cells.
ANSI/CE compliant and UL listed included
UL listed ; vs6556g-bw-ul and vs6577g-bw-ul
5- and 6- Axis Robots VM-G Series
Overhead-mountable
Each model can be used as overhead mounted.
High Power
One of the highest applicable maximum moments of inertia in its class
Choice of configurations
IP54/65, Cleanroom (Class 100)
Downsized Body
Minimizes interference with surrounding equipment
Light weight
Arm weights less than 80kg which allows light constructed cells
ANSI/CE compliant
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Short description:
The Z-Series includes Robots with a payload from 130 to 300 kg. A strong characteristic of these robots is the slim arm design and the small footprint in combination with maximum reach.
Integrated air- and electrical attachments in the robot arm, lead to an easy adaption and installation.
The Protection, class IP65 of the arm and IP67 of the wrist (axis 5 and 6) allows the usage in harsh environments.
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Motoman SIA20 Assembly Robot
Compact, Lean and Powerful Arm
Lean and powerful, Motoman’s new SIA20 (slim, individual arm) robot features a revolutionary 7-axis design with best-in-class wrist performance characteristics that enables amazing freedom of movement, coupled with the ability to maneuver in very tight areas. The compact SIA20 has a 16% smaller footprint than the previous IA20 model, as well as five times faster acceleration for improved cycle times. The agile, versatile SIA20 opens up a wide range of industrial applications to robots and is ideal for assembly, injection molding, inspection, machine tending and a host of other operations.
The SIA20 robot features a 20 kg (44.1 lb) payload, 1,498 mm (59") vertical reach, 910 mm (35.8") horizontal reach and a repeatability of ±0.1 mm (0.004"). It can straighten vertically to take up only one square foot of floorspace and is just 330 mm (13") wide at the widest point.
Short axis lengths and extreme motion flexibility allow the slim manipulator to be positioned out of the normal working area (i.e. floor-, ceiling-, wall-, incline- or machine-mounted) without limiting the motion range of any axis. Mounting the SIA20 robot between two machine tools provides open access to the machines for fixture maintenance, adjustment or testing. Additionally, the operator has clear access to the machine operator station for entering offsets, maintenance or other operations.
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The development of robotics has led MATRASUR Composites to widen its equipment offer, manual and automatic by integrating an internal Robotic Service in the company, completely dedicated to the design of robotic solutions.
The Usimat robot line integrates robotised machining and trimming operations of finished parts into the production process. This type of robot is capable, according to its configuration, to detect the position of a part in space before trimming. There is a large diversity of tools (drill, mill, reamer, disc, etc.) to adapt to numerous applications in the machining and trimming fields.
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Since YASKAWA Electric released the first all-electric industrial robot in Japan in 1977, the MOTOMAN, we have continued to lead the international industrial robot industry.
A wide range of industrial robots has been released since, especially in our core field of welding robots, but also for handling, assembly, painting and cleanroom applications. Today, they are hard at work around the world.
We were one of the first robotics companies to work on semiconductor manufacturing technology, and the development of mechatronic equipment led to the clean/vacuum robot and wafer handling devices. We will continue to develop technology to answer the requirements of shrinking IC geometry and growing wafer size
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Kawasaki's line of palletizing robots provide industry leading long reach and high payload capabilities. Kawasaki palletizing robots can handle loads up to 880 lbs. and speeds of more than 2,400 cycles per hour.
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Designed specifically for palletizing applications, the four-axis EPL500 “Expert Palletizing” robot is a high-performace manipulator that features internally routed air lines and wiring between the base of the robot and the end-of-arm tool. This virtually eliminates cable and hose wear.
The EPL500 features a 500-kg (1,102.5 lb) payload capacity with a 3,159-mm (124.4") horizontal reach. EPL-series robots are available with 80-, 160-, 300-, and 500-kg payloads to meet a wide range of palletizing requirements.
The EPL500 can service multiple infeed conveyors and/or pallet build locations. Its fast axial speeds (up to 445º per second) reduce cycle times and increase production output.
MotoSim EG off-line programming software is available as an option to simplify programming of palletizing applications.
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Mitsubishi Electric offers a full range of articulated-arm robots with 5 and 6 degrees of freedom for all kinds of handling tasks with payloads from 1 to 12kg.
High performance in the compact class
Mitsubishi's RV-2AJ and RV-1A are small, compactly-designed robots that can be installed directly next to or even inside machinery and systems. These compact units are particularly good at placing and removing small components.
Mid-range reliability
Typical applications for the RV-3SJB and RV-3SB include handling samples, work on analysis equipment and a wide range of quality control tasks. The slim design and great agility of these robots make it easy to integrate them in machinery.
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A firm grip on continuously outstanding quality
Mitsubishi Electric offers a full range of articulated-arm robots with 5 and 6 degrees of freedom for all kinds of handling tasks with payloads from 1 to 12kg.
RV-2AJ und RV-1A
High performance in the compact class
RV-3SB und RV-3SJB
Mid-range reliability
RV-6S, RV-6SL und RV-12SL
Maximum power and reach
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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.
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The powerful new M Series robots have carrying capacities of up to 500 kg (1200 lbs). To accompany this extreme payload lifting capability, Kawasaki has developed an ultra high-torque wrist that enables payloads to be fully manipulated at high speed throughout the entire work envelope. The M Series robot wrist has the highest rated torque in its class and more than double the torque of other high payload robots.
The Kawasaki M Series robots are the first robots to utilize a revolutionary advanced link design (patent pending), enabling the robot to lift extremely large payloads without the use of a bulky counterbalance. This compact profile allows the robot to be manipulated in a confined work zone without the risk of interference from a large obtrusive counterbalance. This unique M Series arm design is available in three different length configurations with a maximum reach of over 3 meters.
The M Series robots, along with the latest technology Kawasaki D controller, are loaded with advanced capabilities, features and options. Collision detection and vibration suppression control software allow the robot to manipulate large loads smoothly and safely. Six common high-torque servo motors are utilized for high power and easy maintenance. Interchangeable arm design allows for future upgrades to lengthen or reduce robot reach. Numerous upgrades are available to cater to most any high payload application.
The M Series robot is ideal for applications involving: engines, auto-bodies, heavy vehicle assemblies, large castings and forgings, billets, appliances, construction and agricultural equipment, etc.
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Kawasaki's Z Series heavy-duty robot was developed using Kawasaki's advanced technology and extensive experience in robotics. By producing a variety of robot configurations to suit various applications, Kawasaki has greatly increased the capabilities of automotive and general industry automated production lines.
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MX500N
Applications/Uses
■ Assembling
■ Handling
■ Palletising
The MX500N robot handles weights up to 500 kg to perform automobile body transfer in manufacturing, the handling of large fixtures and household products as well as handling ceramic and construction materials.
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The F5 is a state-of-the-art, 6-axis articulated robot designed for laboratory automation. ±0.02mm repeatability at full, 5kg payload and full speed within the entire robot work envelope ensures maximum accuracy and superior positioning, while the robots advanced servo technology enables smooth motion without vibration even at full speed, optimizing efficiency and throughput
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Motoman’s HP20 robot provides a powerful solution to meet your automation needs
CUTTING • DISPENSING • HANDLING
MACHINE TENDING • PACKAGING • MATERIAL REMOVAL
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The Kawasaki F Series design is a direct response to our customers' needs. There are 17 configuration variations that perform a wide range of applications including material handling, arc welding, sealant dispensing, clean room operation, and washing. The modular construction allows the customer to select from a wide variety of robot models and arm combinations for various reaches and payloads. This modular construction also allows for easy modification of existing F Series robots, by using common components. Due to their light weight and use of high output, high efficiency motors, the F Series is capable of moving at high speeds, which significantly decreases cycle times and increases productivity. The installation space requirement is very small, yet, with its wide range of motion, the work envelope is exceptionally large. The extremely slim arm construction allows the F Series robot to operate in confined areas that would otherwise be inaccessible to more bulky robots.
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ZX130S/130L/ 165U/200S/300S
Applications/Uses
■ Spot Welding
■ Assembling
■ Handling
■ Palletising
Suit for spot welding, heavy duty handling and between presses.
Longer reach, industry leading wristcapacity and slim base dimensions.
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The innovative, advanced SERRAMEC concept developed by SERRA has specifically been designed for application to robot-operated processes requiring great rigidity combined with extreme flexibility and dynamism.
The SERRAMEC technology is based on a robot with three parallel axes that ensure flexibility combined with great rigidity and precision.
The hybrid parallel kinematics robot, which has applications in a variety of sectors (automotive, aeronautics and rail industries) is a cost-effective and flexible solution for processes such as tooling, welding, riveting, etc.
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Motoman YS-series 4-axis SCARA robots are ideal for high-speed handling and assembly systems ; same controller as other Motoman robots allows easy integration.
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Systems of manipulation for all type of packages: rigid and flexible plastic crystal, metalists, packages. Integration of Robot Palletized of 4 and 6 axes. Manipulation of precise and safe packages. Great versatility, lifting capacity and high speed.
Formation of mosaics and line feed by means of mechanical and electropneumatic movements of the packages.
With different systems from it takes hold: magnetic, mechanical and pneumatic.
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Mechanical controls found in the machines that transport the finished product to the predetermined destination equipped with identification, checking, and sorting.
These machines are availabile according to the needs of the product.
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For special tasks which demand a large operation room Möllers uses bent-arm robots of a proven design, which distinguish themselves by high operating speed and corresponding palletizing capacities.
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