The revolution of manufacturing automation

Development in technology has led to manufacturing automation which has changed how industries work in modern day. Robots are some of the most sort after machines in manufacturing in the modern day. As they continue to be developed, they are faster, cheaper and smarter, making them perfect for industries.

Robots increase productivity and boost the bottom line because they have minimal downtime, do not take breaks, and don’t go on leave. This means that they are always working. They are used to perform most repetitive operations in manufacturing industries.

Collaborative robots are becoming more and more popular in small and large companies alike. This is because of their ability to function side by side with humans as opposed to completely taking over from human operators.

Robots help to manage costs

Robotics involves renting or acquiring hardware temporarily in an attempt to keep running costs low. This is why robots are beings used in numerous fields including manufacturing and agriculture. For instance, if a farmer cannot afford the upfront fee of buying an agricultural robot, they can simply rent on for the time they need it for a fraction of the cost of buying.

Collaborative robots in industrial manufacturing

According to a research, collaborative robots will control the robotics market by up to 35% by the year 2020. Along with their ability to work alongside humans, collaborative robots are also very versatile. They are smaller in size and thus do not take too much space in your manufacturing plant.

With collaborative robots, manufacturers can eliminate dangerous work or rote which frees human workers for safer more meaningful tasks. Collaborative robots are best for repetitive tasks that would normally take humans a long time to perform. Collaborative robots perform the task with precisions and in shorter time frames.

Collaborative robots are providers by most manufacturing automation companies such as ABB, Rethink Robots and Universal Robots. These suppliers have marked continuous growth in the market for collaborative robots

Upgrading older system

Revolution in manufacturing does not only include the use of the latest technology. Technological advancements ensure that older systems can be upgraded and made more compact. This increases their efficiency and productivity. By upgrading old designs and robot hardware, industries can save money and also free up a lot of warehouse space.

Industrial robots and IoT

IoT collects data from connected devices and gives the manufacturer output insight in real time. With IoT, hardware can be smarter, more aware and faster. Together with sensors, a mobile robot can identify the presence of a human worker and reduce its speed to avoid a collision.

IoT also makes it possible for robots to be put on a schedule where they can either speed up or slow down based on the surrounding and also batch production cycles. IoT sensors are connected to larger networks. IoT also makes it possible for robots to be able to collaborate with one another to work more efficiently and diligently.


The role played by robots in a company with changing and expanding operations footprint is significant as more and more manufacturers reconsider the attractiveness and viability of offshoring. According to studies, automation technology makes it possible for manufacturers to develop a closer relationship with their clients.

Investing in robots makes it possible for manufacturing companies to make switches in production. They can switch from production of one product to another without the hustle of investing in training, talent or setup. A simple reprogramming of a robot will increase efficiency and make the switch seamless.

Development of talent

With the development of the ecosystem with manufacturing automation taking center stage in production plants, managers need to consider the implication of replacing human workers. The largest implication of using robots in industries is their ability to replace human workers in the near future.

On the flip side, an increase in robotics workforce will create a need for human operators and maintenance experts for the increased robot workforce. This means that the use of robotics in manufacturing will create new job niches for engineers and thus the need for companies to invest in talent building for their staff.

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