ABB IRB 5710 Large Robot for Material Handling

The IRB 5710 is faster, tougher and more precise, bringing longer uptime,

higher productivity and better performance to the automotive and general industry.

ABB expands its large-format robot portfolio with the introduction of the IRB 5710.

which offers faster performance, higher accuracy and better performance than any other competitive robot in its class.

The IRB 5710 offers faster performance, higher accuracy, more mounting options and advanced casting protection than other robots in its class.

The IRB 5710 is available in four models with payloads ranging from 70 kg to 110 kg and reach distances ranging from 2.3 meters to 2.7 meters.

The IRB 5710 is ideally suited for material handling, machine assistance and high-precision

assembly applications in electric vehicles (EVs), automotive and general industry.

For EVs, the robot can handle a range of tasks including pick and place of EV battery modules, high precision assembly and parts handling.

In general industry, robots can be used for a variety of tasks in die casting,

material removal, cleaning, painting and general high precision applications.

Productivity

With the robot's rugged mechanical design and motion control from the OmniCore controller V250XT,

the IRB 5710 increases speed and accuracy, helping to improve productivity.

The IRB 5710 is faster than comparable robots and up to 25% faster than ABB's large robots.

ABB's larger robots (IRB 6700 and IRB 6620) are 25% faster, producing more product in less time.

With superior positional repeatability, path accuracy and path speed,

the IRB 5710 is more precise than other robots, enabling the highest level of manufacturing quality.

LeanID integrated threading package increases uptime ABB's unique LeanID integrated threading package integrates cabling within the robot body.

This reduces problems with swinging cables that can cause wear and tear, thus reducing downtime and maintenance costs.

LeanID can be more easily programmed and simulated in RobotStudio with predictable cable movement.