Today, robots have remarkably evolved from the huge fenced appliances that executed redundant and dangerous tasks to collaborative robots that can collaborate with humans in the same work environment.
While these gadgets are smaller, they are more effective, affordable, and lightweight. Collaborative robots can execute a wide range of tasks which include gripping small objects, picking and placing, and even learning.
According to studies conducted by Universal Robots, a robotics company that specializes in the manufacture of cobots, they form a small percentage of the industrial robot market. Even then, this is expected to change in the near future as technological advancements take center stage across the globe. The robotics industry has experienced various challenges as seen below.
The evolution of diverse gripping and mechanical capabilities is still underway. Due to this, robotics can only be utilized in limited applications within the workplace which restricts their use in some applications.
Experts and researchers are still working on ways to improve vision technology. This will elevate robots, enabling them to acknowledge and navigate through objects. Once this is in place, it will create a safe environment where workers and robots can collaborate in the same work environment. Additionally, it will eliminate the need to fence the robots.
Meager Return on Investment
Incorporating robotics in various fields such as agriculture and manufacturing has been a major challenge due to lack of funds. However, this is set to change with the growing popularity of collaborative robots.
The Impact of Collaborative Robots in the Business Industry
The introduction of collaborative robots has had a huge impact in various fields such as agriculture, manufacturing, food service, and e-commerce sectors. How are organizations using them to overcome technological challenges?
While vision systems can improve robot acknowledgment and navigation across objects, this was not factored sufficiently during the upsurge of robots in different factories around the world. Many of the available robots are particularly designed to perform repetitive tasks in highly organized work areas.
This explains why they had to be fenced to protect workers from injuries. As the robotic industry advances, this concept is changing. Currently, vision hardware has become cheaper, diverse, and more proficient.
Many small and medium-sized companies are incorporating vision validated collaborative robots and fitted with sensors that allow humans and the robots to collaborate in the same workplace. Cobots which were developed in the 90s are currently available in different shapes and sizes.
Unlike industrial robots which are rigid and heavy, they are easy to program, autonomous, and light in weight. Smaller companies can easily utilize a collaborative robotic arm seeing that they are flexible enough to execute tasks in restricted areas.
Cobots are capable of performing various tasks effectively such as, assisting 3D printers, cognitive tasks, and delivering medical supplies. Due to the ongoing technological advancements in the robotics industry, robotic vision will improve in the near future.
While the robotics industry is still experiencing challenges, research shows continued success in various fields and applications with cobots being able to identify new elements with limited training. Researchers opine that robots will in the future be capable of learning tasks by simply watching humans perform them.
Perhaps virtual reality will play a major role in their gesture regulation programming. While this technology is still in its earlier development stages the industry has experienced the advancement of efficient systems that can function adequately alongside humans.
Currently, many businesses in the manufacturing and warehouse sectors have adopted collaborative robot arm and automated guided vehicles. Automated guided vehicles can only establish human hurdles and reciprocate adequately when they are ultimately collaborative. As cobots become more advanced, more businesses will adopt them.
Currently, many companies are embracing robotics. Even then, researchers and manufacturers are still considering ideal ways to innovate the smart and capability features that many businesses are searching for. While capability remains a huge challenge in robotics, continued advancements and innovations are set to enhance their performance and efficiency in the near future.