The KUKA KR 1000 titan is a powerful industrial robot with a payload capacity of up to 1,000 kg and a reach of 3,202 mm, making it ideal for handling, assembly, and managing massive components. It is designed for industries such as automotive, metal, foundry, and logistics, where precise lifting of heavy parts and optimization of manufacturing processes are required.
The robot can be purchased through All-Robots with full professional support, including customized solutions for industrial projects.
The KUKA KR 1000 titan is the world’s first industrial robot capable of lifting extremely heavy loads of up to 1,000 kg and moving them precisely thanks to a reach of 3,202 mm. This is an advanced solution designed specifically for industries requiring high lifting capacity, maximum precision, and durability in continuous operation.
The robot is ideal for the automotive, metal, foundry, and heavy industry sectors, where there is a need to transfer large components, assemble metal structures, perform casting, and lift massive loads. Thanks to an intelligent motion control system, the KR 1000 titan executes tasks with maximum speed and precision while maintaining high reliability over time.
✅ Exceptional payload capacity – the robot can handle objects weighing up to 1,000 kg, ideal for working with massive parts such as steel beams, engines, and vehicle chassis components.
✅ Impressive reach – 3,202 mm, enabling convenient access to large work areas and operation in automated lines.
✅ Maximum motion precision – advanced motion control system ensures high accuracy even when lifting extremely heavy components.
✅ Durability in harsh working conditions – suitable for use in intensive work environments, including logistics warehouses, metal plants, and automotive industries.
✅ Easy operation and seamless integration – the robot’s design allows simple integration with existing automation systems and auxiliary equipment.
✅ Reduced operating costs – using the robot reduces dependence on manpower, shortens production time, and reduces the risk of workplace accidents.
🔹 Automotive industry – used for automated assembly of heavy components, including engines, chassis, and suspensions.
🔹 Metal industry – particularly suitable for cutting, welding, handling, and assembling heavy steel beams.
🔹 Foundry sector – used for pouring molten iron into casting molds, enabling improved process precision and reduced worker risks.
🔹 Logistics and material handling – ideal for transferring heavy pallets, engines, and large assemblies in smart production lines.
🔹 Automated warehouses – capable of performing sorting, storage, and product transfer in advanced manufacturing and supply chain industries.
Georg Fischer AG – the company uses the robot for molten iron casting, a process requiring maximum precision and automated handling capability of heavy materials.
Mannstaedt GmbH – operates six KR 1000 titan robots for stacking steel beams. Using robots reduces manual work time and improves production line efficiency.
Major automotive manufacturers such as BMW, Mercedes-Benz, and Tesla – integrate the robot into production lines for handling and assembling massive components.
✔ Advanced automation for loading and handling heavy components.
✔ Significant savings in labor costs and improved productivity.
✔ High precision and excellent repeatability in various manufacturing processes.
✔ Customization options to meet customer requirements and existing production systems.
✔ Global reputation for reliability and durability in challenging working conditions.
📌 The robot can be purchased through All-Robots with full professional support, including customization to customer needs. Additionally, customized projects can be executed with the robot according to application requirements.
❓ What is the robot’s lifting capacity?
✅ The robot can lift up to 1,000 kg, making it one of the most powerful robots in the world and particularly suitable for handling extremely heavy parts in industry.
❓ What is the robot’s operating range?
✅ The robot offers an operating range of 3,202 mm, allowing it to reach large distances and cover an exceptionally extensive work area.
❓ What applications is the robot suitable for?
✅ The robot is suitable for heavy applications such as handling industrial pallets, transferring large molds, working with casting or bending machines, and precise lifting of massive components.
❓ What is the robot’s precision level?
✅ The robot offers repeatability of ±0.1 mm – an impressive figure considering the weights it carries, enabling integration even in tasks requiring precise positioning of objects.
❓ How many axes does the robot have?
✅ The robot has 6 axes, with full motion flexibility – enabling execution of a wide range of complex industrial operations.
❓ Is the robot suitable for installation on a linear track?
✅ Yes, the robot can be installed on a track to extend the operating range and transfer heavy parts between different stations.
