Technology has been advancing at high speed for quite some time now, and many industries have been influenced by the trends presented. Businesses now have it easier than ever to keep up with demands by accessing a large variety of tech advancements meant to simplify a wide range of processes. While all industries have had to gain out of the various technologies developed along the years, in the manufacturing field, extensive changes have been observed. Factories can bring into the market their products faster, easier and in a more affordable manner than they were able to in the past, all thanks to the applications of tech in manufacturing processes. However, which are the most notable ways in which technology is revolutionizing manufacturing? How are tech advancements changing the factory scene, and what is expected in the future in this department? The following trends seem to draw attention first:
Remote monitoring and automation are two critical factors in manufacturing, and these characteristics have been accessed by factories with the help of IoT. Internet of Things represents CMMS technology that enables the connection of various devices remotely. Through IoT, companies have the possibility of maintaining all of their systems connected to one another in order to monitor each process in an effective manner, without dealing with any manual checks requirements (everything can be done remotely). Internet of Things has improved manufacturing work through workflow monitoring, allowing thus factories to bring the desired products to consumers much faster.
One of the issues many factories face on the regular is low production quality due to a variety of concerns related to human workforce. Processes cannot always go as planned, when the human factor is involved. Overworking manufacturing employees leads to decreased product quality and other issues that companies in the field would like to avoid. With technology development, the implementation of manufacturing robots has become a popular method for firms to step up their production results, increase quality and reduce operational costs. Manufacturers now have the possibility of improving production flow by simply resorting to robotics and all the benefits these have to offers. Besides an improvement in the quality department, this option is also more convenient in terms of safety. Many manufacturing processes involve working in hazardous environments or using materials that present risks when exposed to humans, so a shift towards robots is seen as a viable solution here. High precise manufacturing tasks can also be perfected, reducing the likelihood of dealing with errors. Robots have been embraced by all the major factories on the markets, and the effects granted are undeniably powerful ones.
Detecting errors in specific manufacturing processes can be critical. For productivity levels to be kept in-check, optimizing the performance of the robots and machines used becomes a necessity, and companies need to use the right resources in order to spot and remediate errors on time. This is when data accumulation comes in handy. Relevant information and data is being collected, showing errors and methods of process improvements, enabling businesses to implement the changes necessary in obtaining better production results. It has been said on more than one occasion by specialists that the collected data may soon be used in the development of AI algorithms that might lead to a complete automation of fabrication cycles – maximum company potential could be thus more easily reached.
Producing and developing prototypes might have taken quite a lot of time in the past, but today, things have been perfected, companies having access to 3 printing technology. The costs that this process usually involved have been dramatically reduced, and manufacturing companies can build their needed prototype without dealing with time and money wastage. Companies using 3D printing for this purpose can pursue a proper examination of the developed part, optimize or adjust the design to suit their needs and get production running in a timely manner. The future prospects of 3D printing in the manufacturing industry are certainly promising ones.
Hardware is the main technology coming into discussion here, but software products can also not be neglected on the matter. The right type of software product facilitates a more effective management of in-house processes, keeping every task to high levels. Because once machines and robots are being incorporated into factories, an appropriate system of maintenance is also required, software can provide the supportive resources demanded. Depending on the characteristics of each factory, software with specific features can be implemented, having the role of ensuring reliable workflow. Only through an optimal approach towards software and hardware implementation, businesses can make sure a maximum number of goods are being produced in optimal time. Software tools can help factories stay on top of organization requirements, perfecting workflow responsibilities. Hardware and software need to go hand in hand for a thorough productivity boost to be noticed within a manufacturing firm.
More products equipped with smart features
From smart lighting to wearable technology, today’s consumers are demanding features that are regarded as “smart”. Companies need to comply with the requirements of the modern costumer, so more manufacturers have focused on bringing into the market products that are responsive, connected and intelligent. The technological evolution of some products has changed the way companies handle their processes, leading to a demand of skilful workers, specialized talent and in-compliance tech tools. Technology is not only changing the way production processes are being handled, but the products designed as well.
With tech advancements, all industries have experienced changes in recent years, but it seems like manufacturing benefits from the most noticeable upgrades, various processes being revolutionized through technology. While new trends are being expected in the future, these are the movements that have influenced this industry most, and one can clearly understand why. Automated production lines, improved processes, safer work environments, less workload are just some of the effects granted by tech influences. Businesses functioning in the field are keen on discovering the surprises the future holds in this department.