Question: How can I implement AI-powered robots into my manufacturing process to reduce injuries and increase efficiency?

If you want to use AI-powered robots in your factory to cut injuries and improve efficiency, Oqton has a broad suite of AI-infused manufacturing software. That includes tools for 3D printing, 3D scanning and manufacturing operating systems, along with AI-powered workflow automation to handle repetitive tasks. That can lead to better productivity and lower costs through automation, real-time monitoring and data-driven decision making.

Another good choice is Berkshire Grey, which focuses on AI-infused enterprise robotics to automate supply chain work that humans used to do. The robots can dramatically boost productivity by liberating people for more important work, cut labor needs by up to half and offer high accuracy. The technology is designed to be easily integrated into existing warehouses for fast return on investment through lower fulfillment costs.

If you want something a bit more human, check out Figure, which has an autonomous humanoid robot called Figure 01. The robot is designed to be efficient in a variety of industries, including manufacturing, logistics and warehousing, by doing things like opening doors, using tools and lifting boxes. Figure hopes to boost productivity, cut labor costs and improve safety by reducing the number of humans in risky jobs.

Last, Dozuki has a connected worker platform for manufacturing that uses AI to capture knowledge and standardize work instructions. The platform can boost productivity and performance by digitizing process information, reducing employee turnover and improving competency and production efficiency. That's particularly useful for industries like automotive manufacturing and consumer packaged goods.