Google has started using Kuka Robotics to handle server motherboard insertion in its data centers. This move marks a key step in automating hardware tasks that were once done by hand. The robots now take care of placing motherboards into server frames with high precision and speed.

(Google’s Kuka Robotics Handle Server Motherboard Insertion at Google Data Centers.)

Kuka’s robotic arms are built for delicate, repeatable work. They fit right into Google’s existing data center workflows. Each robot is trained to recognize different motherboard types and align them correctly before insertion. This reduces human error and speeds up server assembly.

The system uses computer vision and real-time feedback to adjust its movements. If a part is misaligned or missing, the robot stops and alerts technicians. This keeps operations safe and prevents damage to expensive components.

Google says this automation helps it scale faster while maintaining quality. Data centers must grow quickly to support cloud services and AI tools. Automating physical tasks like motherboard insertion frees up staff for more complex jobs.

Kuka Robotics is known for industrial automation in manufacturing. Its partnership with Google shows how such technology can move beyond factories and into digital infrastructure. The robots operate in controlled environments inside Google’s facilities, working alongside human teams.

This rollout is part of Google’s broader effort to make data center operations more efficient. Over the past few years, the company has tested various robotics solutions for maintenance, transport, and hardware setup. The motherboard insertion task is one of the first to go fully robotic at scale.

(Google’s Kuka Robotics Handle Server Motherboard Insertion at Google Data Centers.)

Google expects the use of Kuka robots to expand to other hardware tasks in the future. The focus remains on reliability, safety, and seamless integration with current systems. Engineers continue to monitor performance and refine the process based on real-world data.