Robotic engineering is undergoing major transformation with the introduction of a new breed of robots. The automated machines have the capacity to boost operational efficiency while cutting costs. Industrial robots are widely regarded as being hostile and bland. In the workplace, humans are forced to stay out of the way due to their mechanical power and speed. Fortunately, recent technological developments are dismantling the barriers hindering human-robotic interaction. A more hospitable breed of robotic machines is gracing the factory floors much to the relief of their weary workmates.
Ushering an industrial revolution
The reinvented machines are redefining productivity and raising the profit margins in labor-intensive industrial sectors. Automotive manufacturers are embracing the development and smiling all the way to the bank. Collaborative robots are playing a crucial role by performing monotonous tasks. The aviation sector is planning to emulate the successes enjoyed by automotive industry. However, the modalities of introducing the robots differ significantly. To replicate the transformation, aviation firms, such as Airbus require highly mobile and collaborative variants that are easy to program.
Removing the barriers
Inventors are working tirelessly to simplify the robotic systems to make the machines safer. The new generation of wonder robots makes use of 3D vision and laser scanners to eliminate physical barriers. This allows the robots to work closely with humans in performing a variety of tasks. These abilities go beyond basic motion capabilities synonymous with the older generation. Instead, robotic engineers are seized with the task of developing smarter variants capable of comprehending a language of interaction. A robotic exoskeleton employed by Airbus handles heavy lifting in human integrated robotic scenarios. The company is also experimenting with collaborative robots to perform waterproof tests on the windows, doors and fuselages of aircrafts. Machines required in the aviation industry must exhibit high levels of precision.
Era of cage-free robots
Engineers are facing limitations when trying to balance between task complexity and product volume. This challenging aspect can have an impact on business case. Research is primarily focused on the development of collaborative variants with limited force or torque to allow integration with the humans. However, this approach is limiting when it comes to large-scale industrial operations. New rules are being set to make the deployment of automated machines more flexible, collaborative and safe. Robotic engineers aim to improve risk detection and management systems to eliminate the traditional cage barriers. Captains of industry encountering cost pressures in their daily operations are left with no choice but to invest in collaborative robotics to cut costs.