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EU Automation * +1 877-830-2021 * Home * | * About Us * | * Contact Us * | * US Explore Explore * Watch * Listen * Read * Subscribe Resources Resources * Blogs * Podcasts * Guides * Audiobooks * Videos * eBooks * Interviews Topics Topics * Additive Manufacturing * Artificial Intelligence * Cyber Security * Industry 4.0 * IoT * Sustainability * Downtime * Industrial Automation Industries Industries * Aerospace & Automotive * Food & Beverage * Plastics & Packaging * Electronic Components * General Manufacturing * Energy * Life Sciences * Machinery Manufacturing * Information Technology * Engineering & Maintenance Explore * Watch * Listen * Read Resources * Blogs * Podcasts * Guides * Audiobooks * Videos * eBooks * Interviews Topics * Additive Manufacturing * Artificial Intelligence * Cyber Security * Industry 4.0 * IoT * Sustainability * Downtime * Industrial Automation Industries * Aerospace & Automotive * Food & Beverage * Plastics & Packaging * Electronic Components * General Manufacturing * Energy * Life Sciences * Machinery Manufacturing * Information Technology * Engineering & Maintenance Subscribe SUGGESTED REGION * Deutsch Germany SELECT A REGION * English Australia * Español Argentina * Français Algeria * Português Brazil * Français Belgium * English Canada * Français Canada * Español Chile * Español Colombia * Français Cote d'Ivoire * Français Cameroon * Deutsch Germany * Dansk Denmark * Español Spain * English Egypt * English Ethiopia * Français France * English Ghana * Italiano Italy * English Indonesia * English India * English Kenya * English Luxembourg * Español Mexico * Magyar Hungary * English Malaysia * Français Morocco * Melayu Malaysia * English New Zealand * English Nigeria * English Netherlands * Polski Poland * Português Portugal * English Philippines * Românește Romania * English Saudi Arabia * Suomi Finland * Svenska Sweden * English South Africa * Deutsch Switzerland * Slovenská Slovakia * Français Senegal * Türkçe Turkey * Français Tunisia * English United Kingdom * English United States * English United Arab Emirates * Tiếng Việt Vietnam * Deutsch Austria * Česky Czech Republic * Русский Russia * ไทย Thailand * 繁體中文 China * 简体中文 China * 繁體中文 Singapore * English Singapore * 日本語 Japan * 한국인 Korea, South * Home > * Blogs > * Industrial Robots: Limitations and Solutions INDUSTRIAL ROBOTS: LIMITATIONS AND SOLUTIONS 2023-06-20 4 min read LinkedIn Facebook Twitter Today, industrial robots are used in almost all industries – from automotive to plastics and medical technology. They bring many benefits to manufacturing facilities and are paving the way for the smart factories of the future. Nevertheless, there are certain limitations manufacturers should consider when choosing their robotic equipment. The demand for automated processes is on the rise, and the market for industrial robots is projected to reach USD 31.3 billion by 2028, according to Fortune Business Insights. As manufacturers recognize the potential benefits of implementing robots in their operations, it is essential to acknowledge the limitations associated with these machines. In this blog, we will explore three key limitations of industrial robots—affordability, safety, and training—and provide insights on how manufacturers can overcome these challenges. AFFORDABILITY Industrial robots often require a significant upfront investment, including installation and configuration costs. Moreover, manufacturers must consider ongoing maintenance expenses and the need for additional components. Similarly, robotics is a constantly evolving industry, with upgraded machines always appearing on the market. Investing in new robots regularly might be a struggle for some companies, particularly smaller ones that could go bankrupt in the attempt to keep up with industrial trends. However, industrial robots can help manufacturers cut costs in different areas. They can reduce production costs and increase profits by optimizing work. With a clear investment strategy and financial plan, robots are most likely to bring a fast return on investment. Another cost-effective option is to invest in reconditioned robots, which offer similar efficiency and operability at a fraction of the cost of new ones. SAFETY Industrial robots have always been considered somehow dangerous on the factory floor. And for good reason – they are big, hulky pieces of equipment that can move at very fast speeds. Older machines even lack the sensory capabilities to detect nearby humans, making them prone to dangerous collisions and accidents. For this reason, many manufacturers add cages or dividers to separate robots from their human co-workers. However, advancements in technology have led to the emergence of collaborative robots (cobots) that are specifically designed to work safely alongside humans. Regulatory practices have also been implemented to enhance the safety of both traditional industrial robots and cobots. While absolute safety is still a work in progress, ongoing advancements such as light curtains, laser scanners, and presence-sensing devices are widely accepted as effective methods for improving human safety. Additionally, conducting individual risk assessments of production lines and providing comprehensive training to workers on how to react in potential accidents can further enhance workplace safety. HARDER TO TRAIN Industrial robots require expert programming and training, necessitating the hiring of experienced engineers and programmers during installation. Even experienced personnel may need retraining as new software or robot models enter the market. Incorrect programming can lead to malfunctions and pose risks to those working nearby. However, in recent years a new method of training robots has been implemented – the no-code or low-code programming. It allows employees with less coding experience to configure a robot using visual modelling and drag-and-drop user interfaces. Due to the easy-to-use format of no-code and low-code platforms, robots can also be reprogrammed for different jobs by just adjusting their arm. While companies would once require multiple robots, now a simple adjustment can be made by a non-technical person, saving companies time, space and money. The trend of low and no-coding platforms is rising, with 84 per cent of enterprises in the US, UK, Canada and Australia implementing low-code development platforms to lessen coding needs. Industrial robots undoubtedly offer significant benefits, streamlining production and providing a fast return on investment for manufacturers. However, it is crucial to address their limitations proactively. By implementing effective planning, exploring cost-saving options, prioritizing safety measures, and adopting new training technologies, manufacturers can overcome the challenges associated with industrial robots and fully leverage their potential in building smart factories of the future. If you want to keep informed with advancements in industrial robotics, visit www.euautomation.com. SHARE SHARE LinkedIn Facebook Twitter Did you find this article helpful? Yes No What additional information would you like to see here? Submit Thanks for letting us know Sign up for updates. 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