Revolutionizing Mobile Robotics with Wireless Inductive Charging

Flexible, cost-effective, and easy-to-implement robotics solutions are increasingly in demand, with autonomous mobile robots and collaborative robots at the forefront. However, these innovative technologies face challenges in power design.

Mobile manipulators, which combine robot systems, often struggle with insufficient battery power, hindering their economic viability. To address this issue, a Wireless Power Kit has been developed to enable inductive charging for both autonomous mobile robots and collaborative robots simultaneously.

Collaborative robots, also known as cobots, represent a rapidly growing segment of the robotics industry. Unlike traditional industrial robots that require protective barriers to separate them from human workers, cobots are designed for safe interaction with humans. Mobile manipulators, on the other hand, merge the benefits of cobots with those of autonomous mobile robots by mounting a robot arm on an AMR.

By utilizing mobile manipulators, businesses can automate complex handling and transportation tasks with a single system, eliminating the need for separate stationary robots and multiple AMRs. This versatility makes MoMas a flexible solution for various industries, including manufacturing, logistics, and beyond, reducing investment costs and streamlining processes.

As the market for mobile manipulators continues to expand, the need for efficient energy supply becomes increasingly apparent. While the combination of AMRs and cobots offers enhanced capabilities, the limited battery capacity of existing systems poses operational challenges, leading to downtime and additional costs.

To address these issues, the development of the Wireless Power Kit offers a comprehensive solution for powering MoMas. By integrating intelligent charging technology and batteries, the kit ensures a reliable energy supply for both the AMR and cobot components, enabling continuous operation and improved cost-effectiveness.

The Wireless Power Kit features scalable battery options and an inductive charging system, allowing for flexible energy management based on specific requirements. With the ability to support various voltage levels and industrial power supplies, the kit enhances the functionality of MoMas across different applications.

Moreover, the inductive quick-charging system of the kit boosts productivity by up to 32%, enabling automated charging at workstations without disrupting operational workflows. This innovative approach to energy supply facilitates 24/7 operation of mobile manipulators, enhancing efficiency and performance.

Unlike traditional charging methods, the inductive system eliminates mechanical contacts, ensuring maintenance-free operation and compatibility with clean room environments. By enabling continuous charging during operation, the Wireless Power Kit optimizes the uptime and reliability of MoMas in diverse industries.

Collaborating with industry leaders like OMRON, Wiferion's power supply solutions complement essential components of MoMas, enhancing their performance and versatility. The integration of contactless charging technology opens up new possibilities for automation in sectors such as semiconductor production and pharmaceuticals.

Overall, the adoption of the Wireless Power Kit not only improves the operational efficiency of mobile manipulators but also empowers businesses to adapt to evolving market demands. With enhanced energy management and continuous operation capabilities, MoMas are poised to revolutionize automation across various industries.

Sources: www.puls.co.uk; www.wiferion.com