ABB’s new ceiling-mounted IRB 910INV robot is designed to increase the space efficiency and flexibility of each cell and support the performance of complex tasks even in confined spaces. By mounting the IRB 910INV on the ceiling, manufacturers can increase the space efficiency and flexibility of each cell and do more complex tasks even in confined spaces. Moreover, the IRB 910INV robot can collaborate with other robots and machines, substantially boosting productivity.

Powered by an ABB OmniCore controller, the IRB 910INV robot offers the best-in-class motion control for repeatable point-to-point accuracy during pick-and-place, assembly, and testing applications. This includes electronics small parts assembly tasks such as screw driving, component inserting or mounting, and automated quality control inspections.

The IRB 910INV offers clean room ISO1 as option. Moreover, the compact and lightweight robot is available in two variants – one with a maximum payload of 3 kg and a 350 mm reach, and one with a maximum payload of 6 kg and a 550 mm reach.

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.

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 three main load/reach versions – 11 kg/0.9 m, 10 kg/1.15 m, and 7 kg/1.4 m – the 11 kg variant offers the highest payload of any robot in its class.

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.

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.

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.

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 three main load/reach versions – 11 kg/0.9 m, 10 kg/1.15 m, and 7 kg/1.4 m – the 11 kg variant offers the highest payload of any robot in its class.

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.

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.

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.

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 three main load/reach versions – 11 kg/0.9 m, 10 kg/1.15 m, and 7 kg/1.4 m – the 11 kg variant offers the highest payload of any robot in its class.

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.

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.

With a 10 percent smaller footprint and 20 per cent lighter than IRB 120, the IRB 1100 can be installed in areas with restricted space, including existing production lines, for greater production flexibility. The IRB 1100 is unique, offering a 4kg payload and reach below 500mm, while offering best-in-class repeatable accuracy. The IRB 1100 provides clean room version, setting a new benchmark and going to be able to support cleanroom teams throughout industry, enabling them to make the most of automation in these demanding environments, including faster cycle times and improved productivity, even in confined spaces.

With a 10 percent smaller footprint and 20 per cent lighter than IRB 120, the IRB 1100 can be installed in areas with restricted space, including existing production lines, for greater production flexibility. The IRB 1100 is unique, offering a 4kg payload and reach below 500mm, while offering best-in-class repeatable accuracy. The IRB 1100 provides clean room version, setting a new benchmark and going to be able to support cleanroom teams throughout industry, enabling them to make the most of automation in these demanding environments, including faster cycle times and improved productivity, even in confined spaces.

With a 10 percent smaller footprint and 20 per cent lighter than IRB 120, the IRB 1100 can be installed in areas with restricted space, including existing production lines, for greater production flexibility. The IRB 1100 is unique, offering a 4kg payload and reach below 500mm, while offering best-in-class repeatable accuracy. The IRB 1100 provides clean room version, setting a new benchmark and going to be able to support cleanroom teams throughout industry, enabling them to make the most of automation in these demanding environments, including faster cycle times and improved productivity, even in confined spaces.

Single-arm YuMi also features the same intuitive, easy-to-use lead through programming as dual-arm YuMi collaborative robot, meaning workers can teach the robot motions and positions easily and quickly, greatly simplifying robot programming. Combining this simplicity with the robot’s deployment flexibility, it will help manufacturers in many industries to offset shortages of skilled workers and help reduce entry barriers for new potential robot users, particularly small and medium enterprises.

Extremely versatile, the YuMi family of robots can be combined in numerous configurations. For example, a single-arm YuMi can be used to feed parts to dual-arm YuMi to increase flexibility, or added as an extra arm for more complex assembly tasks requiring more than 2 robot arms.

The robot powered by OmniCore controller is now available for order.

With a 10 percent smaller footprint and 20 per cent lighter than IRB 120, the IRB 1100 can be installed in areas with restricted space, including existing production lines, for greater production flexibility. The IRB 1100 is unique, offering a 4kg payload and reach below 500mm, while offering best-in-class repeatable accuracy. The IRB 1100 provides clean room version, setting a new benchmark and going to be able to support cleanroom teams throughout industry, enabling them to make the most of automation in these demanding environments, including faster cycle times and improved productivity, even in confined spaces.