Transforming automation into intelligent, flexible solutions is at the core of KUKA’s mission. With over 50 years of innovation in robotics and engineering, KUKA has continuously pushed the boundaries of industrial automation. KUKA’s portfolio of industrial robots enables businesses to automate complex tasks while maintaining flexibility. Combined with intelligent software and system integration capabilities, KUKA helps streamline workflows, reduce downtime, and optimize productivity across the entire value chain. Whether deploying standalone robots or fully automated production systems, its solutions are designed to adapt to evolving business needs.
KR 4 AGILUS
The KUKA KR 4 AGILUS is a compact, high-speed industrial robot engineered for precision and efficiency in space-constrained environments. Designed for tasks such as assembly, pick-and-place, and small parts handling, it delivers exceptional accuracy, fast cycle times, and reliable performance, while being able to carry up to 4kg. Its flexible mounting options enable easy integration into various automation setups, while intuitive control via the KUKA KR C4 compact controller ensures smooth operation. Ideal for industries like electronics, automotive, and consumer goods, the KR 4 AGILUS enhances productivity and supports consistent, high-quality output.
KR SCARA
The KUKA KR SCARA is a strong, fast, and highly efficient robot designed for maximum efficiency of small part assembling, material handling or testing tasks. Built with a compact and low weight design, it delivers fast cycle times and high repeatability, making it ideal for assembly, pick & place, testing, and packaging applications. The KR SCARA has an internal media supply system for air, power and data, and they are flexible to install, very precise in their movements and simple to maintain. The KR SCARA is engineered for versatility across industries such as electronics, food, and metal, offering reliable performance and delivering maximum efficiency at low cost.
LBR iisy Cobot
Set it up, switch it on, get started._It’s iisy.
The KUKA LBR iisy is a highly versatile, intuitive, and reliable collaborative robot designed for safe and efficient human-robot interaction. Equipped with sensitive joint torque sensors on all six axes, it enables force-based applications without additional force/torque sensors, allowing it to operate as responsively as a human hand and control forces independently. Powered by the iiQKA.OS operating system, it is easy to install, configure, and program, with tasks that can be quickly taught through manual guidance. Designed with efficiency in mind, the LBR iisy Cobot is also easy to control and retrofit, ensuring seamless integration into existing production. Built for safe human-robot collaboration, it enhances productivity while supporting safe and adaptable automation.
KR CYBERTECH nano
The KUKA KR CYBERTECH nano is a high-performance, compact industrial robot optimized for handling small components in virtually unlimited applications. Designed with a streamlined and compact structure, it delivers exceptional accuracy with repeatability of up to 0.04 mm, while maintaining high speed and efficiency. With payload options from 6, 8, and 10 kg and flexible mounting positions, it enables seamless integration into compact production cells, maximizing space utilization and productivity. Built for versatility, the KR CYBERTECH nano supports tasks such as assembly, pick & place, welding, and material handling, while features like ESD protection and high IP ratings ensure reliable operation even in sensitive or harsh environments.
KR 40 PA
The KUKA KR 40 PA is their smallest and lightest palletizing robot engineered for efficient and precise stacking. Designed specifically for palletizing tasks, it handles loads of up to 40 kg, reaching up to 56 cycles per minute and guarantees the utmost precision. Its slim design and small footprint enable seamless integration into tight workspaces, while a long reach of up to 2,091 mm allows for flexible pallet stacking at impressive heights. Built with a lightweight structure to reduce cycle times and energy consumption, the KR 40 PA delivers consistent, high-performance automation for industries such as logistics, manufacturing, and consumer goods.
KR QUANTEC PA
The KUKA KR QUANTEC PA is a high-performance palletizing robot. Designed to handle heavy loads of up to 240kg with a long reach of up to 3,195 mm, it enables efficient high-stack palletizing while maintaining consistent throughput even at short cycle times. Its narrow base frame and small footprint allow seamless integration, opening up the possibility of innovative cell concepts for palletizing tasks. The hollow shaft allows for protected routing of the energy supply. Built for versatility, the KR QUANTEC PA delivers precise, high-speed palletizing, with its specialized Arctic variant available for extreme conditions, including cold storage environments below –30°C
KR FORTEC
The KUKA KR FORTEC is a heavy-duty industrial robot designed for powerful, efficient, and precise handling of large and heavy components. Built to deliver high performance in demanding production environments, it offers payload capacities of up to 500 kg and a reach of up to 3.7 metres, enabling flexible automation of complex tasks such as handling, machining, and palletizing. With its high reliability, low maintenance requirements, and economical energy consumption, the KR FORTEC supports continuous operation in the automotive industry and the general industry sector.
KR IONTEC
The KUKA KR IONTEC is a highly flexible and high-performance industrial robot designed for a wide range of medium-payload applications, offering payload capacities up to 70 kg. Created with a compact, space-saving design and flexible installation options, it maximizes workspace efficiency while delivering the largest working envelope within its class. Built for durability, the KR IONTEC features a waterproof and dustproof in-line wrist, protected motors, and a Foundry option for high-temperature environments, making it suitable for demanding conditions. Designed with efficiency in mind, it requires minimal maintenance while supporting low energy consumption and reduced operating costs, making it a cost-effective and future-ready solution for industries.