Modern industrial robots are among the most reliable devices used in production automation today. They are designed for continuous, long-term operation, handling high volumes of repetitive cycles while maintaining high precision over extended periods. This applies to everything from traditional palletizing robots to cobots and autonomous mobile robots used for internal logistics. However, high durability does not mean these devices are entirely maintenance-free.
Even solutions with very low failure rates are subject to natural wear and tear. Over time, the condition of mechanical components, cables, sensors, drive systems, and peripheral parts deteriorates. Consequently, regular servicing, technical inspections, and properly scheduled maintenance are crucial for ensuring production continuity.
This is particularly important in facilities where the robot is part of a larger process. A failure of a palletizing unit, cobot, or transport robot can halt not just a single workstation, but an entire section of the production line. Professional servicing allows for the early detection of potential issues and enables technical work to be scheduled in a way that minimizes the risk of costly downtime.
Low failure rates do not mean there is no need for servicing.
Modern palletizing robots are designed for intensive use. They automate the stacking and unstacking of products on pallets, boost efficiency, and reduce the need for manual handling of heavy loads. The available range includes both general-purpose industrial robots and specialized solutions dedicated to palletizing and depalletizing tasks.
A prime example is the roTeg column-style robot, designed with a focus on simplicity, modularity, efficiency, and reliability. The manufacturer engineered these units to operate effectively even in demanding industrial environments. Such solutions demonstrate the advanced nature and durability of modern automation systems. However, even a highly reliable device requires regular inspection; its performance depends not only on the robot’s design but also on the condition of the gripper, cables, drive components, and associated subsystems.
During daily operation, the robot’s axes perform a vast number of movements, cables undergo repeated flexing, and mechanical parts are subjected to constant loads. Wear occurs gradually and may remain unnoticed by the operator for a long time. Regular inspections of an industrial robot allow for the detection of early signs of wear before they escalate into costly breakdowns. Maintenance checks typically cover mechanical components, drives, cables, control systems, connections, and wear parts. Checking lubrication levels and replacing lubricants in accordance with the specific device’s requirements is also crucial.
The same principle applies to cobots – collaborative robots. Designed to operate in close proximity to humans, they can take over repetitive tasks involving process handling or product manipulation. In their case, servicing is crucial not only for reliability but also for safety. Regular inspections of sensors, safety systems, and components responsible for the device’s proper response help maintain safe working conditions.
Moreover, the cost of scheduled maintenance is typically far lower than that of emergency repairs. Replacing a worn cable, seal, or other minor component is far less burdensome than repairing a severely damaged drive or halting an entire workstation for hours.
AMR, AGV, and transport robots – reliability also requires monitoring.
Automation today extends beyond stationary industrial robots. Autonomous Mobile Robots (AMRs), Automated Guided Vehicles (AGVs), and transport robots are playing an increasingly important role in manufacturing plants and warehouses, streamlining material flow between different areas of the facility.
These devices are designed for continuous operation and high reliability. However, this does not mean they are exempt from periodic inspections. Maintenance covers components responsible for mobility, power supply, sensors, safety systems, and the device’s proper interaction with its environment.
Lintegra’s portfolio includes autonomous mobile robots – such as the MiR 250, MiR 600, MiR 1350, and MiR Pallet Jack 1200 – used for transporting materials and pallets within the facility. Although these solutions are engineered for high reliability and intensive use, they still require regular technical inspections.
AMR maintenance includes checking drive systems, power supplies, sensors, and safety systems. This is particularly critical when robots are responsible for the continuous delivery of components to production lines or the retrieval of finished products. Even a brief period of downtime can disrupt the entire process flow, making regular inspections a vital part of maintaining production continuity.
Comprehensive service support helps protect the entire production process.
Modern manufacturing facilities increasingly operate as integrated systems where industrial robots, palletizing robots, cobots, AMRs, AGVs, and transport robots complement one another. A robot arranges a pallet pattern, a transport unit collects the pallet, and an autonomous mobile robot (AMR) can then move it to the warehouse or the next processing zone. From a maintenance perspective, this means that the failure of a single component can impact numerous subsequent operations. Consequently, regular servicing of the entire machinery fleet is becoming just as important as repairing equipment after a breakdown occurs.
Lintegra supports enterprises not only during the design and implementation phases of automation but also throughout its subsequent operation. A key aspect of this partnership is comprehensive service support, encompassing regular inspections, technical assistance, post-warranty service, and guidance on selecting the appropriate spare parts and components.
This approach to maintenance and regular servicing helps minimize the risk of unplanned downtime, extend the lifespan of the machinery fleet, and maintain high production efficiency. For the enterprise, this translates into greater operational predictability, better control over operating costs, and maximized returns on automation investments.
Even the most advanced technology requires proper care to maintain its capabilities over the years. Regular servicing of industrial robots allows you to harness the potential of automation not only today but throughout the entire service life of the equipment. Therefore, it is worth viewing maintenance as an integral part of modern manufacturing. With the right technical infrastructure and support from Lintegra, robotization can remain a solid foundation for a smoothly operating facility, serving as a long-term asset for efficient and well-organized production.