In many workshops, the same dilemma repeats itself: should you buy a new robot or modernize the one already installed? With advances in controllers, sensors, software, and mechatronics, older robots can be brought back to life effectively. The key is knowing when refurbishment makes sense\u2014 and when it’s time to replace.<\/p>\n
A well-maintained robot can last for decades. For example, one publication notes that industrial robots, \u201cwhen correctly maintained, can operate for more than 100,000 hours.\u201d<\/em><\/p>\n Additionally, manufacturers like KUKA<\/a> offer modernization services (\u201cupgrade & refurbish\u201d) to give \u201ca second life\u201d<\/em> to cobots or industrial robots<\/a>, extending their useful life and lowering costs.<\/p>\n Moreover, inspecting and modernizing can reduce downtime, improve spare parts availability, enhance IoT\/MES integration, and be a more sustainable option.<\/p>\n Here are some technical and business criteria that help guide the decision:<\/p>\n A KUKA article describes its modernization program: \u201cInstead of purchasing new equipment, it is better to rely on the machines and robots you already have\u2026 A well-timed, customized upgrade or overhaul will ensure your robot systems can continue to be used over the long term.\u201d<\/em> Another ABB<\/a> article reports a plant that chose to modernize its old robots because new ones were more expensive, and they valued fast delivery and reuse of the existing environment.<\/p>\n These examples show that modernization is not merely a secondary option: it is a strategically viable solution for companies seeking flexibility, speed, and ROI.<\/p>\n Modernizing an industrial robot can be much more than a technical stop\u2014it can be a competitive advantage. When the mechanical arm is still in good condition but electronics, software, or integration are obsolete, refurbishing allows companies to leverage their previous investment and adapt to the current automation landscape.<\/p>\n Buying new equipment is still necessary when the robot is structurally worn, its remaining life cycle is low, or a major technological leap is required. But for many factories, the \u201csecond life\u201d of a well-modernized robot can achieve nearly equivalent results\u2014with lower cost, shorter lead time, and reduced environmental impact.<\/p>\n The key lies in rigorous analysis, precise technical execution, and a strong service ecosystem. With this, a refurbished and updated robot can lead the production line with the same effectiveness as a new one.<\/p>\n A well-maintained industrial robot can exceed 100,000 operating hours<\/strong>, depending on load, environment, and maintenance quality.<\/p>\n Generally yes\u2014manufacturers like ABB report that a refurbished robot can cost 20\u201325% less<\/strong> compared to a new one.<\/p>\n The lead time is usually shorter than purchasing a new robot, often from a few days to a few weeks<\/strong>, depending on scope.<\/p>\n Manufacturers generally offer a new warranty<\/strong> for upgraded components or complete refurbishment packages.<\/p>\n Mechanical Condition<\/strong><\/p>\n Electrical & Control<\/strong><\/p>\n Software & Integration<\/strong><\/p>\n Operational Context<\/strong><\/p>\n Cost & ROI<\/strong><\/p>\n Time & Logistics<\/strong><\/p>\n Technology Needs<\/strong><\/p>\n Sustainability \/ Strategy<\/strong><\/p>\n Contact us<\/a> to receive the best offers and the best opportunities available in our warehouses. We\u2019ll be ready to support you<\/a> in finding the right solution for your project.<\/p>\n<\/div>\n","protected":false},"excerpt":{"rendered":"When does it make sense to modernize instead of buying new?<\/strong><\/h3>\n
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\nIf the controller is no longer supported, spare parts are difficult to obtain, or upgrades are no longer possible, this may be a strong sign that modernization is required. For example, Kawasaki<\/a> recommends checking the age of the controller as a first step.<\/li>\n
\nAccording to ABB, a refurbished robot can cost up to \u224825% less<\/strong> than a new unit.<\/li>\n
\nIf the arm is in good structural condition (gearboxes, bearings, axes), modernization can leverage that asset and require investment only in electronics, sensors, and software.<\/li>\n
\nModernizing can offer shorter delivery times than manufacturing a new robot.<\/li>\n
\nRefurbishing means lower initial depreciation and can deliver a faster ROI if the existing cell is already installed and operating properly.<\/li>\n<\/ul>\nDocumented Case<\/strong><\/h3>\n
\nThe text explains that modernization can provide greater availability, lower effort, better performance, and thus extend the system\u2019s life cycle.<\/p>\n
\n❓ FAQ\u00a0<\/strong><\/h3>\n
1. How long can an industrial robot last?<\/strong><\/h3>\n
2. Is modernization always cheaper than buying a new robot?<\/strong><\/h3>\n
3. What components are typically replaced during modernization?<\/strong><\/h3>\n
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4. How long does modernization take?<\/strong><\/h3>\n
5. When is modernization not<\/em> recommended?<\/strong><\/h3>\n
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6. Does modernization affect warranty?<\/strong><\/h3>\n
\n✅ CHECKLIST\u00a0<\/strong><\/h3>\n
Industrial Robot Modernization Feasibility Checklist<\/strong><\/h3>\n
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