Yaskawa Electric Corp based in Japan; surprises us with a new collaborative robotic arm with the ability to handle 20 kg, with protective characteristics against dust and dripping. Due to the shortage of skilled labor, the search for flexible production solutions has increased. Collaborative Robots or Cobots have proven that they can work together with
New technologies have provided great advances and solutions to industrial and service processes. Palletization robots have contributed a great deal in increasing speeds, productivity, and efficiency. Acquiring a renewed robotic arm for palletizing can further reduce costs and generate the same benefits as a new one, such as facilitating transport and storage. Used robots help
The ceramic manufacturing application developed by industrial robots has adjusted the precision and flexibility for handling the different shapes and materials used thanks to the advances in technology. The potential that industrial robots have developed has been a collaborative tool for those artists with views focused on finding improvements and quality in their works. You
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Almost 4 years ago—on 19th January, 2016—the World Economic Forum (WEF) published a list of 10 core skills that one must possess to excel in the fourth industrial revolution. When this list was released, 2020 was certainly in the “future”, but now that we’re here in 2020 it’s time to get real with those robotics
With the worldwide sales of industrial robots reaching a whopping 384,000 units in 2018, global spending on robots is at an all-time high. More and more businesses are relying on the use of robots for effective and efficient work. Despite how much we’re used to having robots at work, there are still some unexpected sectors
For a long time, banking entities have carried out software testing repetitively and thoroughly to ensure financial transactions meet the standard requirements of security and reliability. ATMs obtain system updates every 6 months or so which leads to detailed and rigorous testing, having to rely on human knowledge and skills and dedicating many hours of
There are systems that have evolved from computational design, digital manufacturing, robotic automation, and materials research that have allowed robots to adapt to the design of new innovations in a versatile way with 3D printing—as is the case of clay art. Currently, the development of technology in 3D printing applications has touched fields such as
Today, smart factories require major technological advances for robotic efficiency which now include radio-frequency identification (RFID) that allows the industrial robots to find objects with greater speed and accuracy. Researchers verified that industrial robots can locate labeled objects in milliseconds with a minimum margin of error. In production plants, there is a high level of
