Dual-arm YuMi IRB 14000

The ABB Dual-arm YuMi IRB 14000 Collaborative Robot is specially developed for precision assembly, part handling, machine vision, and inspection applications. With a maximum payload capacity of 0.5 kg, YuMi operates with coordinated dual-arm movements to deliver exceptional accuracy in production processes. Its 0.559 m maximum reach enables efficient work even in tight spaces, allowing for precise placement of small components.

YuMi is one of the safest collaborative robots, featuring lightweight arms, a softly padded rounded design, and advanced motion-controlled collision detection. Thanks to its inherent safety, it achieves the highest collaborative robot working speed of 1.5 m/s TCP speed. Its user-friendly design and advanced safety features enable YuMi to operate safely alongside humans in shared work environments.

What is the ABB Dual-arm YuMi IRB 14000 Collaborative Robot?

The ABB Dual-arm YuMi IRB 14000 Collaborative Robot is specifically designed for assembly, part handling, machine vision, and inspection applications. Its dual-arm design and integrated controller unit facilitate easy integration into production lines and provide excellent adaptability to flexible manufacturing requirements. Its compact and lightweight structure saves floor space while enhancing precision and quality, thereby maximizing productivity.

With a maximum payload capacity of 0.5 kg, YuMi is an ideal solution for the precise assembly of small parts. Its 0.559 m reach allows efficient operation even in tight spaces.

YuMi’s lightweight arms and softly padded rounded design greatly enhance user safety. Equipped with advanced motion-controlled collision detection, it ranks among the safest collaborative robots on the market and achieves a TCP speed of 1.5 m/s, one of the highest safe working speeds available.

Thanks to its inherent safety features, YuMi can work alongside humans in the same environment, making it an excellent choice for advancing automation processes in factories. These qualities have made it widely adopted in sectors requiring fast and precise production.

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