KUKA LBR iiwa 7 R800 (Standard)

KUKA develops robotics technologies to help manufacturers, warehouses and service providers automate repetitive, labor-intensive work. The company focuses on industrial robots, automation systems, delivering reliable platforms that operate safely around people and adapt to changing workflows. Customers use KUKA's robots to accelerate throughput, improve quality and reduce ergonomic risk while integrating with existing software and equipment. Open APIs and partner ecosystems enable fast pilot-to-production rollouts, fleet management and remote support. Representative solutions include LBR iiwa, supported by training, integration services and lifecycle support to ensure long-term ROI.

The KUKA LBR iiwa 7 R800 is a state-of-the-art lightweight, torque-controlled cobot (collaborative robot) engineered for speed, repeatability, and durability within production cells.

• 7 Axes: Provides exceptional dexterity and human-like reachability for complex movements.
• Torque-Controlled Operation: Enables sensitive and precise interaction with its environment, making it safe for human-robot collaboration.
• Lightweight Design: Facilitates easy integration and flexible deployment.
• High Throughput: Built for high-volume production, delivering consistent performance at high speeds for critical applications with tight cycle times.
• Durability: Constructed for long-term reliability and robustness in demanding industrial settings.
• Versatile Mounting: Multiple mounting options allow for optimal placement and right-sizing for various stations.
• Offline Programming: Streamlines setup and reduces downtime by allowing programming outside the production cycle.
• Standard Fieldbus Interfaces: Ensures seamless integration with existing automation infrastructure including PLCs, vision systems, and infeed-outfeed automation.

The LBR iiwa excels at a wide array of demanding industrial operations, especially collaborative and sensitive tasks.

Industrial Automation

• Welding: Precise and consistent welding operations.
• Machining: Handling and manipulation in machining processes.
• Material Handling: Efficient loading, unloading, and transfer of components.
• Dispensing: Accurate application of sealants, adhesives, or other materials.

Collaborative & Sensitive Tasks

• Sensitive Assembly: Delicate and precise part assembly where human-robot interaction is beneficial.
• Testing Tasks: Automated quality control and functional testing of products.

• Increased Throughput: Optimizes production lines by handling tasks with tight cycle times.
• Enhanced Process Capability: Improves the precision and consistency of manufacturing processes.
• Consistent Quality: Maintains high and uniform product quality across all shifts and product variants.
• Safe Human-Robot Collaboration: Torque control allows safe interaction, enabling new possibilities for production layouts.
• Streamlined Integration: Simplifies setup and reduces integration time with standard fieldbus interfaces.
• Optimized Station Design: Multiple reach-payload variants and mounting options allow for a perfect fit in any production cell.
• Maximized Uptime: Ensures reliable and robust operation, minimizing interruptions.