TORONTO--(BUSINESS WIRE)--KUKA Robotics Canada Ltd., an intelligent automation solutions global supplier, will be exhibiting and presenting on mobile robotics safety measures at the Canadian ...

KUKA Robotics, in collaboration with system partner Hyperion Automation, showcased the latest advances in automated industrial and material handling logistics at MODEX 2024 in Atlanta. DC Velocity ...

Integral to Industry 4.0 manufacturing operations is a focus on shorter response times and greater flexibility. To address this, KUKA has released its KMP 1500 autonomous mobile robot (AMR) which, as ...

The KMP 1500P autonomous mobile robot (AMR) makes an optimal contribution to intralogistic processes in production and storage facilities. With a 60-mm stroke and precision positioning, the AMR ...

A typical machine tool tending cell combines multiple technologies to operate efficiently. This includes robotics equipped with specialized grippers and end-of-arm tooling, vision systems for ...

The new KUKA arc_cellerate Index cell is the company's standardized welding solution designed as an economical and efficient ...

For part fabrication operations, IMTS attendees will also experience the Mobile Robotic Bending Cell from Bystronic, and the Robotic Bending Cell (RBC) from the Gladwin Automation Division. For ...

Addman Advanced Metals has scaled from a single 3D printer to 25 while also building out a robust array of subtractive machines. In this video, find out how the shop manages its additive and ...

KUKA is repositioning itself to expand its global leadership role in the age of Physical AI, or what KUKA refers to as ...

Using people to push carts or drive forklift trucks throughout a production floor or warehouse may not always be the best use of their time, so it is no surprise that mobile robots are on the rise.

As part of a $2 million National Science Foundation Grant, robots from KUKA Robotics are helping the University of Michigan (U of M) advance research that could result in robots working side-by-side ...

Mobility in automation is much more flexible in terms of multiple uses within the same facility. Advances in omnidirectional wheel technology and software give automated mobile platforms more freedom ...