GYROPLUS™ Technology: Taking Robot Performance to the Next Level

Innovations in robotic automation have allowed manufacturers to realize higher levels of performance by improving throughput, quality, and floor space requirements. These benefits can increase production across a wide range of industries, including automotive, life sciences, electronics, and packaging.
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Precise

GYROPLUS technology uses proprietary quartz-based gyro sensors combined with MEMS (microelectromechanical systems) processing technology to correct and dampen performance reducing vibrations.
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Efficient

GYROPLUS technology detects and corrects vibration in real-time, reducing the need to stop and settle between movements. This allows the Epson robot to work more efficiently and improve cycle time.
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Compact

GYROPLUS’ real-time vibration reduction technology allows Epson robots to achieve better efficiency and precision, all within a smaller footprint.
Lineup of Epson 6 Axis robots
Lineup of Epson 6 Axis robots

Improve your automation performance with GYROPLUS technology

Choosing a robot for an automation task often involves balancing tradeoffs between three key performance criteria: speed, payload and precision. For decades, these performance tradeoffs have been accepted as an inevitable part of robot selection and operation.

By leveraging our extensive experience in quartz-based sensor production and motion control, Epson has developed GYROPLUS to detect and reduce end of arm vibration, thereby improving the position control of our robots.

By optimizing the balance between speed, payload and precision, users can experience improved robot cycle times, payload capacity and floor space requirements.

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Learn more about how GYROPLUS can help your next automation project.

Download Our Whitepaper
Speak to a Robot Expert