Innovative Automation in Food and Life Sciences: The Collaboration Between Fizyr and Yaskawa Europe
The landscape of food production and life sciences is rapidly evolving, thanks to advancements in automation technologies. A compelling example of this transformation can be seen in the collaboration between Fizyr and Yaskawa Europe, which has resulted in a cutting-edge automated hygienic handling solution. This technology is especially significant for industries that demand meticulous standards for cleanliness and efficiency.
The Power of Collaboration
At the heart of this innovation lies a partnership that draws on the distinct strengths of each company. Fizyr, renowned for its intelligent vision AI systems, has combined forces with Yaskawa Europe, a leader in robotics. Together, they aim to enhance efficiency and accuracy in automated processes, particularly for applications in the food and life sciences sectors.
The Components of Success
This new system employs a suite of advanced technologies. It features Yaskawa’s HD-series robots, specifically designed to meet the stringent cleanliness requirements dictated by industries like food production and laboratory automation. The integration of Fizyr’s Panoptic vision AI allows for precise identification and placement of objects, paving the way for more streamlined operations.
In addition to these technologies, the system incorporates a binpick food cell from Van Wees Waalwijk and benefits from programming support provided by Alpha Robotica. Such a combination ensures that all necessary components work together seamlessly, enhancing overall efficiency and reliability.
A Real-World Application
The initial deployment of this innovative system has been at a salad production company. The setup involves two HD7 robots that take on the specific tasks of placing pieces of raw peppers and bags of salad dressing into bowls of lettuce. This meticulous orchestration of robotic activity not only speeds up the production process but also adheres to high standards of hygiene.
Cutting-Edge Technology: Mobility and Ease of Use
What sets this automated handling solution apart is its designed mobility. The machine can be effortlessly wheeled to different locations along the production line, adapting quickly to varying operational needs. Furthermore, its operation is simplified to the extent that it requires just a connection to power and compressed air, along with a straightforward program selection.
The system incorporates a turntable that can handle four crates of ingredients simultaneously, allowing for continuous production even during crate changes. This feature reduces downtime, contributing to overall productivity gains.
Commitment to Cleanliness and Safety
In public statements, leaders from both Fizyr and Yaskawa have emphasized the importance of maintaining high standards of cleanliness and operational precision in food handling. Ken Fleming, CEO of Fizyr, highlighted the high expectations for hygiene in food picking and laboratory settings, asserting that Yaskawa’s HD series robots, equipped with an IP69K rating, meet and exceed these requirements.
Unlocking Future Possibilities
Pär Tornemo, the senior vice president of the robotics division at Yaskawa Europe, remarked on the immense potential the collaboration has unlocked. By leveraging Fizyr’s advanced computer vision technology, they foresee limitless applications for robotic automation in various sectors globally. This ongoing partnership is positioned to push the boundaries of what is imaginable within automation technology.
Conclusion
The joint effort of Fizyr and Yaskawa Europe presents a forward-thinking solution that embraces the future of automation in strict hygiene environments. As industries increasingly seek ways to enhance productivity while adhering to safety standards, collaborations like this one will undoubtedly play a pivotal role in shaping operational excellence in food production and beyond. The synergy of these advanced technologies signals an exciting time for the evolution of automated solutions across the globe.