KUKA is a world leader in robotics innovation as well as a leading manufacturer of high-quality robots. For almost all applications, including your industry, KUKA offers industrial robots in a variety of variants with different payload capacities and reach ranges. KUKA offers a variety of production equipment that allows you to combine standardized systems and
It will still be science fiction to some, but 3D printing is quickly breaking down typical engineering and design barriers and streamlining how the development business works. Last month, the city showed off Europe’s first 3D-printed house that was designed almost entirely by a robot. In recent years, the race to create the world’s first
Industrial robots are now widely employed in the rapidly expanding e-commerce and logistics industries. In the growing business of logistics and e-commerce, industrial robots are increasingly used for activities. Picking unsorted products requires speed-optimized lean robot kinematics with a long arm and very narrow wrists, as well as advanced image processing technologies, for greater reach.
The industry has become too aware of the potential dark side of Internet-connected devices as high-profile infractions become more common. As is known the main functionality of industry 4.0 and the Internet efforts of things (IOT) are based on the integration of operating technology (OT). and information technology (IT). So the method of isolating plant
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
According to Eric Potter, general manager of FANUC America’s General Industries and Automotive Segment, “The new M-1000iA is FANUC’s largest serial link robot to date.” ” Current needs have changed requiring new solutions to process very large parts with greater versatility and better use of the work area. Especially in applications such as processing and
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
According to Automation World’s recent robotics adoption survey, some vertical industries saw a significant increase in investment in robotics due to the need to socially distance, reorient supply chains and increase throughput, and others saw investment paralysis. As demand for their products fell, their decision-making process was paralyzed by political and economic uncertainty. Despite the
There is considerable economic benefit in recent years thanks to technological advances and the implementation of artificial intelligence in robotic automation solutions. The use of robots in various industrial processes and production lines has become a topic of interest again due to the technical advances in companies and the mobility limits created by the covid
When a robot operates without a vision system, the working environment must be configured and the robot must always access a predefined location, forcing it to employ high-precision positioning systems for the things to be handled so that the robot go to the exact location. Due to the fact that vision systems allow to establish
