In today’s rapidly evolving technological business environment, the integration of robotics into the supply chain landscape is no longer science fiction.
Robots are no longer regarded as objects of science fiction but as transformational objects full of future promises. They are no longer regarded as just metal gadgets of the future — they are already actively working in collaboration with humans across the industry divide. Autonomous vehicles and drones are slowly shifting from novelties to the very definition of how supply chain operations are conducted. For those organisations that are ready to embrace the new future, the payoff will be significant. The trajectory is very clear.
The robotics technology is certainly poised to redefine supply chain management. Robots will be at the centre of supply chain convergence through a combination of physical systems and the use of digital intelligence.
The robotics technology is slowly witnessing supply chains morphing from ordinary networks into sophisticated technological webs which are flexible, efficient and remarkably resilient.
Robots will be best positioned to drive further supply chain innovation, allowing organisations to respond to the dynamic demands of a globalised and interconnected business world. Most supply chain professionals strongly feel that robotics technology is rapidly changing, that’s because it is. Advancement in technology is not a futuristic fantasy; it must be regarded as the reality that is reshaping global supply chains of today.
The road ahead is as exciting as it is transformative. Robotics technologies provide a system that is highly scalable. As organisational needs grow and shrink, the use of robots may be scaled up or down without a proportionate increase in labour costs or human resources.
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The supply chain industry has become increasingly complex, with robotics technology driving efficiency and innovation. The use of robots will certainly lead to fewer errors, less damage, and minimal losses.
Fewer errors mean less money spent on returns and replacements. Robotics in supply chain are synonymous with increased speed and accuracy. They will reduce the need for manual handling while ensuring that there is an overall improvement in throughput. Robots will be useful for powering 24/7 operations by ensuring that there are continuous and seamless workflows without interruptions.
Robotics technology is increasingly revolutionising freight and cargo handling facilities. It has often been observed that during peak seasons such as during the holiday rush, those warehouses that are equipped with robotics can easily cope with increased demand.
The use of autonomous cranes and forklifts can be relied upon to load and unload cargo from ships and trucks with precision. Over the years, it has been demonstrated that robots can work at a faster pace than human workers, increasing output and lead times. Those operations that require lifting and the movement of heavy loads such as palletising and shelving are ideal areas to implement robotic solutions. These robots also contribute to the efficient operations of supply chains by minimising human errors in repetitive tasks and enhancing operational productivity, where precision and speed determine market success.
Unlike humans, it has been proven beyond reasonable doubt that robots are programmed to work with precision, eliminating the chances of human errors in tasks such as lifting or picking incorrect products.
Drones are transforming the last-mile delivery. The use of drones is increasingly becoming more popular in optimising routes, reducing idle times, and minimising energy consumption.
They can be relied upon navigating through traffic for the delivery of packages to the last mile. They have got the capacity to navigate through crowded spaces while handling products that are highly fragile and those with irregular shapes and sizes.
They are not only relied upon for rapid delivery, but drones can be useful in accessing difficult terrain. They have got the advantage of flying directly from a distribution centre to a customer’s location, bypassing traffic and reducing delivery time.
Drones will therefore assist organisations in ensuring that there are optimised delivery channels when dropping off products, thereby reducing fuel consumption and greenhouse gas emissions. The avoidance of traffic congestion will assist in the reduction of the carbon footprint, particularly in the last-mile delivery segment.
Robots can also navigate the complex warehouse environment with ease, reducing the need for human intervention and minimising errors. During holidays, organisations will be in position to increase their robot fleet in warehouses and distribution centres which will assist in responding to spikes in demand. Robots can be configured in such a way that they operate in a smaller footprint than human workers, which will allow the business to optimise their warehouse space, reducing overhead costs in the process.
They will also allow supply chain professionals to meet rising customer demands without expanding the warehouse footprint or without necessarily having to hire more warehouse workers.
Robots have got the capacity to maximize storage space capacity, and the optimisation of task allocation will enable organisations to stay lean, responsive and always efficient. Fewer mistakes will lead to less re-work and better throughput and higher output.
Modern manufacturing organisations are increasingly implementing comprehensive robot solutions which are reported to contribute to a 30% reduction in operational costs alongside a potential 25% improvement in order accuracy.
Such statistics are certainly very difficult to ignore, especially when supply chains are continuously striving for cost reductions and operational excellence.
Such statistics seem to underscore the capacity of robots to perform complex tasks with unprecedented speed and precision, which will enable faster order fulfilment and the reduction in error rates. Gadgets such as autonomous mobile robots (AMRs) can be used to adapt to new tasks as and when required without significant reprogramming.
Robots are also known for working around the clock without fatigue and without the need for breaks, significantly boosting productivity and throughput. Activities that were once known for taking many hours can now be completed in minutes, leading to faster order processing and shorter lead times.
Energy-efficient robotics systems have often contributed to the lowering of operational costs by optimising energy consumption during production.
It has been proven over the years that predictive maintenance has the capacity to reduce reactive maintenance by up to 40%. Modern robots have the capacity to detect a failing motor or temperature fluctuation that suggests a potential maintenance issue. Sensors and artificial intelligence tools monitor equipment performance. They anticipate failures before they occur, reducing the downtime thereof.
The use of artificial intelligence and internet of things (IoT) sensors will allow organisations to monitor production equipment performance in real time, detecting anomalies and scheduling maintenance before the occurrence of failures in the production system.
Predictive maintenance of automated equipment has the potential to minimise breakdown of equipment together with its attendant repair and maintenance expenses.
At some point, organisations would rely heavily on human workers to perform labour-intensive tasks which can compromise their safety and health. Things have changed due to robotics. Such heavy lifting chores are having to be performed by robots with a view to enhancing speed, accuracy and safety.
Robots are renowned for taking on repetitive tasks that could pose danger to human beings such as lifting excessively heavy objects, working in extreme weather conditions or handling hazardous materials. Robotic sensors will be critical in preventing collisions, allowing the safe navigation of items in such workplaces.
Robots have proven to improve the safety of workers and operate smoothly in shared environments as well as avoiding dangerous collisions. The robotics technology is already driving innovation in areas such as manufacturing, production assembly, packaging and warehousing by enhancing worker safety and delivering operational efficiency with little to no human intervention.
Robots can operate at heights or in compact spaces without sacrificing safety, speed or accessibility. Robotics in inventory management offer a substantial leap in productivity. The robotics technology will allow supply chain professionals to measure stock levels, review performance and predict demand more accurately.
Whenever inventory levels of a particular product drop beyond a predefined threshold, robots will assist supply chain professionals by alerting warehouse management systems to automatically re-order stock.
Nyika is a supply chain practitioner based in Harare, Zimbabwe. For views and comments, he can be contacted at charlesnyika70@gmail.com