ABB IRB 1300 12/1.40
Robot details
The ABB IRB 1300‑12/1.40 is a high‑performance mid‑range 6‑axis industrial robot, designed to deliver the highest payload and longest reach within the IRB 1300 family, while maintaining a compact footprint and excellent dynamic performance. It is ideal for advanced automation applications that require strength, speed, and extended work range without moving to large robot classes.
With a maximum payload of 12 kg and an extended reach of 1,400 mm, the IRB 1300‑12/1.40 is perfectly suited for machine tending, material handling, assembly, and packaging operations involving larger or heavier components. Its rigid mechanical structure and optimized drivetrain enable high acceleration, smooth motion, and stable path accuracy, even during continuous high‑speed production cycles.
Powered by the ABB IRC5 controller, the robot integrates ABB’s advanced motion technologies including TrueMove™ and QuickMove™, ensuring precise trajectory control, shortened cycle times, and high repeatability. Thanks to its slim arm design, flexible mounting options, and energy‑efficient operation, the IRB 1300‑12/1.40 fits seamlessly into modern, high‑density automation cells.
The ABB IRB 1300‑12/1.40 represents the ideal solution for manufacturers seeking maximum reach and payload performance in a compact, reliable, and future‑ready industrial robot.
Robot applications
TECHNICAL DATA – ABB IRB 1300‑12/1.40
- Robot type: 6‑axis articulated industrial robot
- Maximum payload: 12 kg
- Maximum reach: 1,400 mm
- Repeatability: ±0.02 mm
- Number of axes: 6
- Robot weight: approx. 140 kg
- Protection rating: IP40
- Controller: ABB IRC5 / IRC5 Compact
- Motion control: ABB QuickMove™ and TrueMove™ technologies
- Installation options: Floor, wall, inverted, angled mounting
TYPICAL APPLICATIONS
- Machine tending (CNC, injection molding, die casting)
- Material handling with high payloads
- Assembly and sub‑assembly of larger components
- Packaging and end‑of‑line automation
- Pick and place over extended reach
- General industrial automation requiring strength and flexibility
