IRB 7710
The IRB 7710 and IRB 7720 represent ABB's latest generation of extra-large robots with heightened focus on efficient modular design and up to 30% energy savings. The IRB 7710 handles payloads up to 500 kg with reach up to 3.5 m, offering 16 variants with payloads from 280 to 500 kg. Delivering world-class performance and quality while emphasizing energy efficiency and reliability, the IRB 7710 is ideal for heavy material handling, die casting, and welding in automotive, foundry, and general manufacturing.
Specifications
Payload Variants
280-500 kg (16 variants)
Reach
2.85-3.5 m
Number of Axes
6
Max Speed
1600 mm/s
Path Repeatability
0.6 mm
Energy Savings
Up to 30%
Weight
Heavy-duty construction
IP Protection
Standard with protective upgrades
Operating Temperature
5°C to 45°C
Mounting Direction
Floor-mounted primarily
Applications
Heavy material handling, Die casting, Welding (automotive body), Foundry operations
Key Features
Payloads up to 500 kg for the heaviest material handling requirements
Up to 30% energy savings through optimized design and OmniCore regenerative power feedback
Class-leading motion control with path accuracy down to 0.6 mm
16 variants providing 280-500 kg payload flexibility across 2.85-3.5 m reach
Modular design with shared components enabling simplified maintenance and spare parts management
Longer service intervals reducing maintenance downtime and costs
LeanID DressPack option supporting offline programming and reducing cable sway
Designed for maximum reliability in harsh, high-demand manufacturing environments
Product Description
The IRB 7710 and IRB 7720 represent ABB's latest generation of extra-large robots with heightened focus on efficient modular design and up to 30% energy savings. The IRB 7710 handles payloads up to 500 kg with reach up to 3.5 m, offering 16 variants with payloads from 280 to 500 kg. Delivering world-class performance and quality while emphasizing energy efficiency and reliability, the IRB 7710 is ideal for heavy material handling, die casting, and welding in automotive, foundry, and general manufacturing.
Frequently Asked Questions
Through optimized mechanical design, OmniCore controller's regenerative power feedback technology returning energy to the grid, advanced motion control minimizing unnecessary movements, and efficient servo systems. These technologies work together for significant energy reduction.
The 16 variants across different payload (280-500 kg) and reach (2.85-3.5 m) combinations allow precise matching to application requirements. This flexibility eliminates oversizing robots and reduces unnecessary costs while ensuring adequate capability.
The modular design with shared components across the 7710/7720 family enables faster maintenance, simplified troubleshooting, reduced spare parts inventory, and easier robot replacement or upgrades in production lines.
Yes, the IRB 7710 is specifically designed for continuous duty cycles in demanding manufacturing environments. Its robust construction, extended service intervals, and proven reliability make it ideal for round-the-clock operations.
The IRB 7710 is excellent for die casting part removal, secondary operations, and material handling. Its 500 kg payload and extended reach allow handling of large, heavy cast parts in hot environments. Optional protection packages support harsh foundry conditions.
LeanID eliminates cable sway, reduces wear and maintenance needs, supports offline programming for faster commissioning, extends service intervals, and improves overall system reliability in high-duty applications.