The development of service robots has come a long way since their initial introduction. Today's service robots are becoming more advanced and gaining more market share as companies and consumers alike see the benefits of using these machines for various tasks. The future of service robotics is bright, and the following are the development trends to watch out for.
1. Collaborative Robots (Cobots)
Collaborative robots, also known as "cobots," are robots designed to work side-by-side with human employees. Cobots are safer than traditional robots, which need to be fenced off. Collaborative robots can quickly adapt to changes in their work environment, making them ideal for working with humans in manufacturing, assembly, and warehouse settings, among others.
With the focus on safety and collaboration, cobots are set to become a vital part of the manufacturing industry, among other sectors. Cobots are expected to make up around 35% of total robot sales by 2025, up from 3.5% in 2016, according to the International Federation of Robotics.
2. Personal Service Robots
Personal service robots are designed to assist human beings in their daily lives. They are becoming more advanced with voice recognition and visual perception technology, which enables them to complete various tasks, such as cleaning, cooking, and serving.
Personal service robots are crucial for the elderly as they help with tasks that may be difficult or dangerous for them. Additionally, personal service robots can help people with disabilities become more independent by assisting them with various tasks.
3. Healthcare Service Robots
The demand for healthcare service robots is rising as patients become more tech-savvy, and health practitioners realize how robots can significantly increase efficiency. Healthcare robots range from robots that assist in surgical procedures to Companion robots that keep the elderly company while monitoring their vital signs. They also include robots that clean medical instruments, sterilize hospital rooms, deliver food trays, and more.
As the population continues to age, healthcare robots will become essential for providing care to the elderly, remote monitoring of patients, and the automation of various medical procedures.
4. Autonomous Delivery Robots
Over the last decade, delivery companies have been testing autonomous robots to enable contactless delivery and reduce delivery times. With the global pandemic, the importance of autonomous delivery services has increased significantly.
Autonomous delivery robots are an effective solution for last-mile deliveries in urban areas. They can navigate through city streets and avoid obstacles, ensuring safe delivery of parcels even to hard-to-reach destinations.
In the coming years, autonomous delivery robots will likely become more common for food and grocery delivery, e-commerce, and postal services.
5. Social and Entertainment Robots
As humans continue to interact with robots, a market for "social robots" has emerged. These robots are designed to entertain, educate, and keep humans company.
Leading companies in the market have designed social robots for children and the elderly. They can teach languages, play games, and help with cognitive and emotional development.
In the future, we expect to see more humanoids that can replicate human behaviour to a greater extent. Social robots can also be used in public spaces such as shopping malls, airports, and theme parks.
6. Agricultural Robots
Agricultural robots have been developed to help the agriculture industry cope with labour shortages and improve yields. Agricultural robots can do tasks such as planting, weeding, and harvesting, reducing the need for human labor in the field.
Agricultural robots range from drones, which can monitor crop growth, to autonomous tractors that can plow fields without human guidance. With the rising demand for food, agricultural robots can greatly improve the efficiency of the farming industry, leading to increased yields and more sustainable agriculture.
7. Military Robots
Military robots have been in use in the defence sector for a long time. Some of the earliest robots were used in the form of remote-controlled bombs, and unmanned aerial vehicles. Today, robotic systems are used in secure communications, surveillance, reconnaissance, and tactical operations.
Additionally, military robots are used for hazardous tasks like disarming bombs and handling hazardous materials. Unmanned vehicles for transportation and logistics are also designed to keep soldiers safe in potential hostile environments.
The deployment of military robots is expected to rise as technology advances, reducing the risk of loss of life, costs, and increasing effectiveness in achieving set objectives.
8. Environmental Robots
Environmental robots are designed to monitor environmental conditions, including air and water quality. They can also collect data on wildlife populations, soil types, and more.
Environmental robots can be controlled remotely and deployed in regions that are challenging to access without the need for human intervention. They are beneficial in the conservation of wildlife and natural resources, mitigating the impact of climate change, and assisting with disaster management.
Service robots are expected to continue growing in popularity in various sectors, including healthcare, logistics, agriculture, and entertainment. While robots may replace human labour in some areas, they are meant to augment human skills and capabilities, adding a level of safety, efficiency, and convenience to the task.
The above eight trends are strong indicators that service robots are here to stay and will continue to play an increasingly important role in various industries.