Robotic history is traced back to 1478; when Leonardo Da Vinci, created the first robotic design. But it is until recently that the demand and production of robots have exponentially risen. The global Robotics Market is expected to hit $70715 by 2023.
The demand is due to efficiency, ability and intelligence capabilities that outdo the human workforce and machines. Robots also have high mechanical ability and perform labor-intensive tasks.
Robotic technologies are becoming surprisingly popular, simple day to day tasks like pool cleaning for example, using a dolphin escape pool cleaner gets a tough task of cleaning pools done in seconds. Likewise, almost all industries are adopting robots; medical, household, construction, and security are some of the industries profiting from the robotics innovation.
The robotic arm is one of the most brilliant technological inventions. Structured just like a human arm, the robotic arm has six degrees of freedom. The robotic arm performs rational functions of holding better with enhanced dexterity.
Current Trends in the Robotic Arm Market
As pressure from consumers increases, robotic arm manufactures will have to think out of the box and design better robotic arms.
New robotic arms are collaborative, meaning, human friendliness, adaptability and advanced security are the key specifications during design. The robotic arms are also smaller compared to older models. The smaller size goal is to reduce collision and enhance safety.
Usually, robotic arms are bulky but Kinova Robotics, provoked by the need for lighter and easy to use Robotic arms, designed the Gen 2 Ultra Light Weight Robot.
The Jaco Robotic arm is used in the medical field by patients with an extreme muscular disability to pick items that they need. Other advancements in the robotic arms are in the surgical area. Surgical robotic arms are remotely controlled and help reduce exposure of doctors to radiation.
The Future of the Robotic Arm Market
There are tale signs of tremendous advancements in the robotics market. Innovative moves are obvious. But, any progress is bound to incorporate easy programming, efficiency, affordability, capability, and self-replication in the designs.
Design of Soft Robotic Arms
Soft robotic arms are still at the infancy stage. Research is, however, ongoing with the expectation that fully soft-robotic systems are achievable. The demand for Soft Robotic arms results from the need for safe human-robot interactions and networks which are human-like.
AI Engineered Robotic Arms
Schunk, the world’s largest gripper maker, intends to produce an intelligent gripper that has normal human functions.I.e A gripper that can independently do the match functions of a human hand without control. The launch of PGM-plus-P pneumatic gripper is expected to be the first intelligent robotic arm model.
Ai-Da, a robot capable of drawing the human face through AI is due to launch.
Industries like engineering and cleaning already adopted AI, but it is not too late to use the technology in the robotic arm.
Mind-Controlled Robotic Arm
Back in 2018, the Johns Hopkins Applied Physics Lab launched its first mind-controlled arm. They intended to create brain-controlled prosthetics. The technology is yet to spread, and it is excellent news to amputees. More advancements are also expected to overcome the limitations of using the arm when driving.
The Massachusetts Institute of technology also experimented with a mind-controlled third arm.
Robotic mind controlled arms are expected to have more impact in factories and in helping workers multitask.
Self Aware Robotic Arm
A significant step in robotics technology is the invention of the self-aware robotic arm. The self-aware robotic arm is part of the Columbia University research team. That means, the self-aware robotic arm has human capabilities and uses sensors to detect its surroundings.
Any tech-related field is bound to change, and the robotics industry is no exception. Due to the dynamic nature of technology, some trends are unpredictable.