How wireless technology can impact manufacturing industry?
Wireless Technology – how can improve the industry of manufacturing
Today, wireless technology has become one of the fastest-growing and adopted platforms that businesses use. It is beneficial to all categories of organizations, including manufacturers of the students of top engineering colleges in India. Wireless is finding applications in different stage manufacturing workflows, from development to production, warehousing, and distribution.
A large number of organizations in this sector continues to witness wireless opportunities for businesses that expand their wireless use. With the collaboration of the Internet of Things (IoT) combined with LPWAN (a WAN subcategory), wireless system use will continue to expand.
Wireless manufacturing applications
Industrial wireless networking is attractive to provide cost-effective deployment, usefulness in hazardous environments, and overall operational convenience. Wireless mainly used in two common factors including machine-to-human communication and machine-to-machine (M2M) communication. Industrial wireless manufacturing technology applications and benefits for both areas are as follows.
Worker safety and the drive to achieve zero incidents remains a challenge in most of the manufacturing companies. Wearable devices are popular as a trendy fashion accessory that plays a central role in improving safety. Research has been conducted by the students of Top Engineering Colleges in Rajasthan which shows that the number of connected wearable devices worldwide will grow from 325 million in 2016 to 929 million by 2021.
Wearable wireless devices are suitable for smart sensors that connect through wireless to the internet. Although this technology became primary through smartwatches and sports-gear. Factory wearables can improve worker safety and comfort which can further improve productivity.
Now, the hazardous work in the industry can be managed by the students of best btech colleges India. Through the practice of connecting personal protective equipment (PPE) to a network. That remotely monitors workers’ interaction with their working environment. Plant managers can maintain the exposure of workers to toxic gases, radiation, low oxygen. So, they must use similar technology to avoid collisions between humans and moving equipment like robots.
There are several other products that are catching on for manufacturers include smart helmets. It monitors fatigue and how long a wearer’s eyelids are closed, radiation-blocking underwear, and smart safety shoes. Wearable tech is becoming a staple for professionals of best engineering colleges. Rather than a luxury, on the factory floor because of its safety and productivity benefits for workers.
Earlier in manufacturing, when everything on the plant floor was manually controlled, wireless communication enables plant owners to reinvent different aspects of manufacturing through automation integration. Automation engineers of engineering colleges in Jaipur are exploring the possibilities wireless offers to convert factories into intelligent and unified systems.
For instance, several industry organizations use wireless signals to monitor different stages of production and control. With very little error, every sequence can deliver quality products. Also, wireless technology used to control simple to complex equipment. Like conveyors, wrapping machines, and coating machines at painting stations.
Wireless-controlled robots can assist in manufacturing products with minimal human intervention. They are beneficial on automatic assembly lines, for automated machine tools control, product inspection, packaging and labeling, and testing, and more.
Wireless maintenance management
A limitation of using wired Ethernet to connect industrial equipment to a network is the most costly. And also inconvenient issue of running cables across a factory. With the advent of wireless sensors, it is now feasible for the students of Btech colleges in Rajasthan to monitor different parameters including temperature, vibration, pressure, noise, and others in real-time without cables.
In other words, wireless sensors are the equipment that can be moved from one location to the other, if necessary, with fewer problems. Even mobile equipment like cranes and forklifts can be monitored on this platform easily. For critical assets that require non-stop monitoring from remote stations like oil fields, power lines, gas lines, etc., these M2M applications supported with video streaming surveillance products that enable the maintenance personnel to take immediate action.
Other applications continue to evolve for maintenance management. Workers can also wear smart glasses with augmented reality (AR) support, which lets them receive maintenance instructions from experts while in the field. For better inventory management, businesses can use radio frequency identification (RFID), which can be further used to identify individual assets and makes it easier to track them, especially if they need to be moved from one location to the other.
Wireless maintenance management benefits the students of btech colleges in Rajasthan from a robust wireless infrastructure. Excessive production stoppage, Frequent downtime, and escalating maintenance costs are all indications of reactive maintenance, which is repairing or servicing equipment after it fails. Plant managers should consider switching to more proactive maintenance strategies such as predictive, preventive, or reliability-centered maintenance (RCM).
Potential wireless dangers
All wireless applications can work through the connection of industrial assets to the internet because the IoT enables cloud-based device data exchange to the students of Private Engineering Colleges in Rajasthan. However, any company that adopts such a resource must understand the potential security challenges and threats from industrial sabotage to managing authentication and authorization issues.
Before buying into a wireless solution, identifying what in-house problems will address the risks, and how to mitigate those risks. There has been much progress in making wireless networking security and many products address industrial cybersecurity concerns.
Wireless technology has created a large impact on the manufacturing industry. It will be interesting to see what impact future technologies and developments will have and how they will further shape manufacturing completely. It will be interesting to observe how wireless technology continues to shape the industry of manufacturing.