
News ReleaseEpson Launches New High-Speed, High-Precision G Series SCARA Robots– Offering 168 models with top-class motion capabilities to respond to a broad range of equipment specifications –
Seiko Epson Corporation ("Epson") announced that it is beginning sales of its new G Series SCARA robots today, September 26. The G Series employs Epson's original smart motion control technology*1 to achieve high-speed, ultra-high precision, and low-vibration that are in the top class of the industry. The robots in this series make it possible for customers to enhance important specifications of the equipment they design and manufacture, enabling them to build equipment capable of handling the production of multiple products or working in environments containing water or oil. The robots in this series have greatly increased their speed over current models, and are able to carry out high-speed operation, move short distances as well as long distances, and transport light loads as well as heavy loads in every type of condition. All robot arms are built to clean specifications, or IP54/65 specifications, which enable them to be used in environments having water or oil. The 168 models of robots, which can be mounted on the wall or ceiling, can be used by customers in a very wide range of applications. By incorporating the RC170 controller, even first-time users can easily manufacture compact robot equipment that offers outstanding cost performance. The main features of the products in this series are described below.
The G Series is divided into three series based on the transportable weight. G6 Series Ideally suited for high-speed,
high-precision assembling of a wide variety of
small-size components.
Multiple hands are ideally suited to high-speed
assembling involving multiple processes and work
involving lining up things.
Ideally suited to work involving transporting
heavy loads in a spacious work area, such as packing
boxes.
*1 Epson's original robot control technologies,
such as a new tuning function for adjusting
acceleration / deceleration, has achieved both high
speed and low vibration, and provides various
functions to optimize robot movement (when making
straight line or circular arc movements, or holding
a heavy load) |
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