ABB Multi-joint Robot e IRB 6710-175/2.65 LID Load 175kg Arm Span 2650mm

Key benefits

1. Greater choice: modularity enables 22 powerful variants to meet different customer needs. Payloads from 150kg to 310kg, and reach ranging from 2.5m to 3.2m.

2. Energy savings: up to 20% less energy consumption1 thanks to a lean design that is up to 10% lighter2, plus OmniCore power saving.

3. Highest performance: class-leading position repeatability performance of 0.03mm, with outstanding cycle time thanks to OmniCore motion control.

4. Designed to last: 11 of the robot variants are equipped with a LeanID DressPack that eliminates swinging cables and supports off-line programming.

These large robots are in response to our customers’ need for more choice and greater flexibility and are designed to help customers build consistancy and resilience across a range of industries including automotive, Electric Vechicle, general industries, foundry, electronics, food and beverage and logistics.

Wide range for greater choice

These large robots are all based on the same groundbreaking modular design, with standardized components across all large robot platforms, including the base, lower arm, and upper arm. All of the robots now have the same footprint, which enables faster, more convenient, and more flexible installation when changing robots in different production lines.

The IRB 6730 is specifically designed for a 270kg payload, allowing for optimized performance without requiring an oversized robot.

Consumes up to 20% less energy

To help customers operate more sustainably, these large robots reduce energy consumption by up to 20 percent1. This was achieved by a lean design that is up to 10% lighter2, coupled with the OmniCore controller’s revolutionary, energy-saving power grid feedback solution.

Unprecedented performance thanks to OmniCore 

These large robots are powered by the OmniCore controller and RobotWare, providing best-in-class motion control enabled by ABB’s TrueMove for increased accuracy, QuickMove for high speed, and SafeMove for safe collaboration. The highest level of performance is achieved through numerous performance enhancements, including classleading position repeatability of 0.03 mm, outstanding cycle time, and stiffness. These improvements increase productivity by enabling more products to be manufactured in less time.

The ability to withstand harsh applications

Built to operate in the harshest environments — available with Foundry Plus protection.

Applications:

Ideal for a wide range of applications, including material handling, high-precision assembly, spot welding, laser welding, dispensing & gluing, and machine tending. In the automotive sector, these robots can support battery production of varying sizes (individual cells, modules and complete packages), high-precision car body assembly, as well as spot welding and the ability to enter tight spaces inside a vehicle to install dashboards or seats.