Robotics Applications in Many Areas
As you all know, we live in a modern era where robots start to make their appearance. Big thanks to artificial intelligence and machine learning, now robots have become more conscious and more autonomous than before. It is safe to say that robots have already transformed many industries, starting from manufacturing to retail. However, before robots can enter new markets, there are many developers that need to sharpen their software and hardware for the specific robotics application. Things such as a generic camera, gripper, or program might not be suitable and the robot might need to be redesigned to complete a certain task. We do have to admit that there are many robotics engineers and suppliers who have done some incredible things but we also need to realize that we still have a long way to go before users can expect omnipresent intelligent systems. This, of course, will arise a few questions such as which robotics applications can benefit the most from new technologies and how are Artificial Intelligent-enabled systems improve their working conditions or providing other benefits.
Robotic Application in the Operating Room
The first robotic application which will be demonstrating in new tech markets is the robotic application for the operating room. It is a common understanding that surgeons always need steady hands because slightest wrong movements can cause them to nick arteries, severe tissue, and even pierce organs. Although there are no fully autonomous robot surgeons, there are several systems which have been developed to outgrow human capabilities. The example of surgical robotics applications includes Preceyes’ system for ocular procedures, Corindus Vascular Systems’ CorPath system which incorporates virtual reality (VR) for remote operations, and the Monarch robot from Auris Health. There is also this latest trend which combines new technologies with advanced software for better precision. For example, with Preceyes’ system, developers need to create not only the surgical robot but also the tools for remote operation with minimal lag or distortion.
Robotic Application in Law Enforcement and Emergency Cases
The second robotic application which will be demonstrating in new tech markets is the robotic application for law enforcement and emergency cases. For your information; first responders, incident-response teams, and law enforcement officers frequently rely on robots to go straight ahead of them in dangerous and emergency situations. If you remember the nuclear disaster in Fukushima in 2011, this painful event inspired Japan to advance in disaster-response robotics that actually continues to this present day. There are also bomb-disposal robots which are designed to assess threats and include a kind of sensors and remote monitoring tools. Similar robots can also be used in emergencies to navigate a burning building or an endangered structure after an earthquake. Developers are also advancing the mobile platform with improved sensors, user interfaces, and autonomy. Meanwhile, the ordnance-disposal robots such as QinetiQ’s Talon include manipulator arms and tools to accurately sever wires. However, unlike operated surgical robots, developers need to design field robots for unpredictable environments and to deal with large objects which can threaten the robot’s safety. In this case, the developer of the robot needs to work together with professionals with experience in the field or those who have a similar experience. As for mission-critical technology for life-and-death situations, you can prepare yourself to conduct extensive prototyping and testing.
Robotic Application for Welding
The next and the last robotic application which will be demonstrating in new tech markets is the robotic application for welding. Just like surgeons, welders have to be amazingly accurate and careful with their movements. Keeping yourself steady without distractions is already tough enough but you also need to throw in heavy welding gear, including the helmet, which will become the real challenge in strength and precision for you. That is why welding becomes one of many industries which has a shortage of labor. Fortunately, welding also becomes one of the areas which can benefit from robotics which is not just on the factory floor but also out in the field. For your information, robotic applications have been used in high-production environments for many years so it is not uncommon to find there are hundreds of robotic welders in automotive factories. Because robots start to become more useful in construction, many developers need to tailor welding systems for the field. The ease of use will be the key factor. Welding robots for building or repairing bridges or other structures will need to have to be more portable and conscious of their surroundings than the stationary machinery. There is also an issue going on about maintaining secure control in more open environments.