IRB 920 Family
- Five total variants available: IRB 920T (Turbo) in 0.45 m, 0.55 m, and 0.65 m reach; IRB 920 (Standard) in 0.55 m and 0.65 m reach — all with 6 kg payload and optional 300 mm vertical stroke
- Cycle times as low as 0.31 seconds on IRB 920T, 14% faster than previous generation for increased throughput
- Pose repeatability up to 0.01 mm (Turbo) and 0.02 mm (Standard); path repeatability of 0.03 mm on all models
- Weighs only 22–24 kg with compact 170x193 mm base and internal cable routing to reduce footprint
- Supports up to 20 signal connectors, integrated air supply (up to 6 Bar), and 1000 Base-T Ethernet for advanced tooling
- Enhanced vacuum handling with large-diameter air hose for multi-object pick-and-place tasks
- Cleanroom ISO 5 and IP54 options available on Turbo variant for specialized environments like electronics and pharma
Fast, Compact, and Built for High-Speed Precision
The ABB IRB 920 and IRB 920T SCARA robots are engineered for high-performance tasks in precision-driven industries such as electronics assembly, medical device manufacturing, consumer goods, and small parts handling. Their rigid mechanical structure ensures stability and consistency during high-speed operations, making them ideal for demanding environments where accuracy and throughput are critical. The Turbo (IRB 920T) models, in particular, are optimized for ultra-fast cycle requirements, supporting advanced automation in sectors where even fractions of a second impact productivity.
Designed with modern manufacturing lines in mind, both models integrate seamlessly into compact cells and modular production setups. Their compatibility with ABB’s OmniCore controllers enables smart programming, intuitive interfaces, and connectivity to digital ecosystems, allowing for real-time diagnostics, predictive maintenance, and flexible deployment. Whether used in PCB assembly, cosmetic packaging, or test-and-inspection stations, the IRB 920 series delivers the agility and precision required for next-generation production lines.
