Upgrade your KUKA robot
At CNC Robotics, we take an engineering-led approach to upgrading KUKA robots, working closely with manufacturers to enhance performance, reliability and capability. Our upgrades are suitable for new, mid-life or second-hand robots and are designed to maximise the inherent flexibility of robotic systems. Enhancements can include extending the working envelope with linear tracks, modernising controllers, integrating new spindle or additive heads, or introducing hybrid manufacturing workflows that combine additive and machining in a single process.
Many of these systems operate in demanding environments where temperature, dust or material variability can affect traditional machine tools, so our upgrades also prioritise long-term reliability, process optimisation and safety integration. The result is a system that is versatile, robust, and capable of taking on larger components, increasing throughput and unlocking new applications without replacing the full cell.
Browse our spare parts & upgrades catalogue
Visit our webshop to explore the full range of KUKA robot upgrades and spare parts for systems generations KRC4 and KRC5.
Browse Catalogue
KUKA Robot Spare Parts
To keep your systems running reliably, we maintain a wide inventory of KUKA robot spare parts, including gears, motors, drives, sensors and controller components across multiple generations. We also supply consumables and peripherals such as batteries, oils, greases, teach pendants, screens, cables, looms, filters and data storage.
All parts are sourced from trusted manufacturers to ensure compatibility and performance. Our engineers can help identify the right components and provide installation support, and our fast, efficient delivery ensures minimal downtime.
Second-Hand Robots
For manufacturers working with second-hand KUKA robots, our recommissioning service restores full functionality and integrates the robot into modern production workflows. This includes controller updates, safety integration, system optimisation and process-specific configuration, ensuring the robot meets current operational requirements and delivers dependable performance.
Upgrading or recommissioning second-hand robots provides a cost-effective way to expand automation capabilities while maintaining reliability and production efficiency.
