ABB IRB 1100
Setting new industry standards for top-tier performance in high-quality manufacturing, the IRB 1100 is engineered to enhance manufacturing productivity significantly. It achieves cycle times that are up to 35% faster and boasts unmatched repeatability, making it a standout choice for high-quality manufacturing. Even when faced with spatial limitations, the IRB 1100 consistently outperforms its counterparts in terms of both payload capacity and position repeatability (RP). In fact, it offers the highest payload capacity in its class.
Its compact design and reduced footprint make the IRB 1100 ideal for versatile installation across various environments, including electronics manufacturing facilities. Compared to its predecessor, this robot features a 10% smaller footprint and a remarkable 20% weight reduction. These optimizations ensure efficient use of space and allow for the simultaneous deployment of multiple robots, enabling collaborative automation tasks, particularly for heavy-load operations with intricate tools and end effectors. Equipped with ABB's cutting-edge OmniCoreTM controller, the IRB 1100 possesses advanced motion control capabilities, making it well-suited for rapid assembly, pick-and-place, and material handling applications.
The IRB 1100 boasts rugged durability while maintaining a compact form, with an IP67 rating according to IEC 60529, providing protection against water and solid contaminants throughout the entire robot, from its base to its wrist. In cleanroom environments certified to ISO 14644-1, the IRB 1100 excels, making it an excellent choice for industries like healthcare, pharmaceuticals, electronics, semiconductors, and solar panel manufacturing.
Key applications for the IRB 1100 encompass assembly and testing, loading and unloading, screw driving, rubber insertion, as well as polishing, grinding, buffing, deburring, and sanding tasks. The IRB 1100 is compatible with ABB's OmniCore E10 ultra-slim, C30 compact, and C90XT rugged compact controllers, ensuring versatility and performance across a range of operational needs.