As you think about the advances in robotics, familiarize yourself with:
Robotics and artificial intelligence are no longer the stuff of science fiction—these technologies have rapidly advanced over the past few years, and their impact on the industry is immense. From healthcare to food preparation to transportation, robotics have drastically changed how we operate our businesses. In fact, according to a Career Explorer study, the robotics industry will grow by an estimated 8,500 jobs by 2026.
Recent robotics developments indicate that touchscreens, joysticks, and controllers have started to be implemented into artificial intelligence technology. This is largely due to the impact of younger individuals who popularized the of use smartphones, tablets, and video game controllers that are now universally used across all generations. Still, this is only a small fraction of the ways robotics has and will continue to develop.
The advances in robotics have greatly increased the average robotic capabilities, which has made them more efficient and cost effective for businesses across multiple industries.
Take, for example, the impact robotics has had on manufacturing. Various manufacturing industries are utilizing autonomous mobile robot arms in their production factories by having them automate many processes such as the assembly and packaging of products.
Further implementation of robotics has been beneficial for many other industries, such as the following:
Learn about our innovative robotic process automation solutions and the industries they cater to.
In 2023 and beyond, advances in robotics have been remarkable and show no signs of slowing down anytime soon. The more robot programming manufacturers adopt familiar technology, the more likely it is that the price of robotic automation will decrease. Plus, many industries have caught on to the benefits of adapting robotic process automation, like:
Additionally, tech leaders are predicting new developments for robotics throughout the rest of the year and beyond, such as:
One of the many robotic advancements we can anticipate in 2023 and beyond will include the highly advanced artificial intelligence (AI). If it’s seemed like AI has been taking the social media landscape by storm lately, it’s for good reason.
AI has been a major focus of recent robotics research, with significant advancements being made to enable machine-learning robots to think, learn, and interact with the world around them. We can expect AI-driven robots to become increasingly autonomous over the next three years, performing tasks with greater accuracy and customization than ever before.
The rapid growth of developments in robotics can be attributed to lots of things: the overall growing number of investments and funding in technology, labor shortages, and cheaper costs for businesses in the long run. All of these reasons are valid, but an even simpler explanation can be attributed to the influence of younger individuals who grew up with technology in their hands.
According to a Pew Research study, over 90% of millennials own a smartphone, and over half own a tablet. This normalization of digital technology as a necessary tool at every stage of their lives has been a direct influence on today’s robotics developments.
Here, we’ll look at two examples that show how robots have changed to appeal to younger generations.
Learning how to see the world from the robot’s point of view is one of the most difficult challenges when learning how to work with robot technology. Yaskawa Motoman Robotics helped mitigate those challenges and ushered in new advances in robotics when they introduced the Smart Pendant in 2018.
A touch screen–inspired pendant that mirrors a tablet, Yaskawa’s innovative Smart Pendant is built with Smart Frame technology. It utilizes an inertial motion unit that automatically determines the user’s orientation relative to the robot. Yaskawa’s patented technology simplifies robot programming by eliminating conventional coordinate frames (X, Y, Z) and utilizing human directional references (left, right, up, down).
For better functionality, the Smart Pendant has a smoother learning curve than older robotic technology. Previously, a four-day, on-location training course was required to work on Yaskawa robots. Now, anyone can get the hang of this unique technology with only four hours of online classes.
The Smart Pendant offers several features to simplify programming efforts, including:
While Yaskawa appeals to the younger generation’s history with tablets, Sisu’s SRC controller taps into their experiences with video games. It combines a tablet, joystick, and controller to create a user-friendly interface. Moving the robot is as simple as pointing with the joystick and moving your hand. Sisu’s SRC controller is capable of memorizing specific motions in a simple three-step process:
As Sisu designed its SRC controller to allow anyone to program a robot, it’s so simple that most people walk away knowing how to write their programs within the first hour of training.
The development of robots continues to influence manufacturing, and Oxygen Service Company can provide the automation systems that will keep your company ahead of the curve. We partner with well-known manufacturers who offer the highest quality of supplies on the market. We’re an employee-owned company that goes above and beyond for client satisfaction.
Are you ready to fully automate your manufacturing systems? Contact Oxygen Service Company today and let us guide you through the process.
What is Robotic Process Automation (ROI)?