The KUKA KR QUANTEC PA robot presents the second version of this much faster palletising robot with shorter cycle times. The robot grips cleanly and is a great advantage for the food industry, thanks to its load capacity of up to 240 kilograms and its version with NSF H1 food lubricants. The KR QUANTEC PA
The problems experienced by manufacturers over the last year and a half have taught us a lot. Many lessons were learned, ranging from the need for supply chain resilience to the usefulness of remote monitoring. When you include changing customer expectations and ongoing technological advances, you have a wealth of data to sort through and
In the coming years, there will be an increase in the number of industrial robots installed around the world. Automated 3D vision is an emerging trend in robotic work cells. The robot can use this technology to determine the location, size, depth, and color of an object. Logistics, food processing, life sciences and manufacturing are
Cobots that work alongside humans in automated processes are already in the future. Collaborative solutions are already transforming the way we operate and eventually the industrial world we know, whether they are used in production, storage, maintenance or training. They are also suitable for entry level automation applications because they are easy to develop and
In the Production and Processing line, KUKA Robotics displayed its extensive product line of automation solutions tailored to this segment of the industry. Food processing industries can now use robots to automate processes that were previously difficult, if not impossible, to automate thanks to this diverse range of products. The KUKA Food Series is available
There are numerous possibilities to schedule a Kuka robot, as well as for any other programming task. Some of these are only suitable for experienced robot programmers. Others are appropriate for both beginners and for robotics specialists. There are two concepts related to programming techniques. The programming of an online robot requires that the robot
HC10DTP and HC20DTP are the two new six-axis collaborative robotic arms for applications such as assembly, dispensing, machine maintenance, material handling, packaging and welding. Designed by Yaskawa Motoman. Each robot has four modes of collaborative operation and can switch between collaborative speed in PFL mode and maximum speed in industrial mode, meeting established safety requirements
Collaborative robots (cobots) were first designed to perform highly repetitive, low-weight work that allows them to operate safely alongside human workers without the need to design and build bulky fences or barriers, providing maximum flexibility and efficiency; in the assistance of machines, assembly and minor packaging processes. In recent years, its capabilities have grown. Cobots
The LR-10iA/10 mounts on the floor, upside down, or at an angle. FANUC claims that the robot can be easily installed on an automated guided vehicle or other mobile platform to perform many repetitive tasks or to automate idle machines. FANUC America, a leading provider of CNC machines, robotics and robots, has introduced the new
The Japanese manufacturer of industrial Fanuc robots sees that in the changes and advances in the electric vehicle market, it promises to open more doors for the acquisition of industrial robots. President and CEO Kenji Yamaguchi explained. Yamaguchi also commented that the design of electric vehicles has efficient characteristics that make it different from gasoline
