The IRB 1300 offers class-leading lifting ability, reach and path accuracy, in a faster, more compact package to enhance both productivity and production-line flexibility.

IRB 1300 can be programmed with the simple and easy-to use software Wizard Easy Programming. which is pre-installed on the robot.

IRB 1300 is powered by OmniCore E10 ultra-slim, C30 compact, or C90XT rugged compact controllers. 

High lifting capacity  

The IRB 1300 six-axis industrial robot has the reach and lifting capacity to serve high load applications in electronics, general industry, food & beverage, logistics and tier 1 automotive production. Available in four main load/reach versions – 12 kg/1.4 m, 11 kg/0.9 m, 10 kg/1.15 m, and 7 kg/1.4 m – the 12 kg variant offers the highest payload of any robot in its class. 

More production in a smaller space

Meeting the need to maximize production capacity while saving on space, the ABB IRB 1300 is nearly 60 percent lighter and one-sixth the footprint of ABB’s IRB 1600 robot. Occupying just 220 mm by 220 mm of floor space, the IRB 1300 enables more robots to be deployed in a given area.

Faster cycle times speed up production   

Rapid production is ensured by the IRB 1300’s 27 percent improvement in cycle times. Combined with greater payload and reach, the IRB 1300 can be used for a wide range of tasks in materials handling, machine tending, polishing, and assembly and testing applications.

Advanced motion control

Complex applications such as polishing and machine tending are made possible by ABB’s OmniCore controller, giving the IRB 1300 advanced motion control and best-in-class path accuracy.

Harsh and cleanroom applications

IRB 1300 features IP67, Foundry Plus 2 and cleanroom ISO 4 versions, enabling new applications in harsh and contamination-free production environments. Foundry Plus 2 offers stainless steel on end-effector to prevent rusting.

Enhanced protection

By helping to protect against premature wear, this feature can help to prolong the robot’s service life, minimizing disruption caused by downtime and unscheduled repairs.