ABB IRB 6730 S 270/3.10

Robot details

The ABB IRB 6730 S‑270/3.10 is a heavy‑duty 6‑axis industrial robot, designed in the Shelf (S) configuration for applications that require high payload capacity, long reach, and overhead or side mounting. It is part of ABB’s proven IRB 6700 platform, known for robustness, accuracy, and reliability in demanding industrial environments.

With a maximum payload of 270 kg and a reach of 3,100 mm, the IRB 6730 S‑270/3.10 is ideal for handling large and heavy components over wide work areas, while optimizing floor space. The shelf‑mounted design allows handling operations from above or from the side, improving cell layout efficiency and accessibility.

Powered by the ABB IRC5 controller, the robot benefits from ABB’s advanced motion technologies such as TrueMove™ and QuickMove™, ensuring smooth trajectories, accurate path control, and reliable performance even under continuous high‑duty cycles. The rigid mechanical structure provides excellent stability and repeatability, even at full payload and extended reach.

The ABB IRB 6730 S‑270/3.10 is the ideal solution for manufacturers seeking powerful, shelf‑mounted heavy automation with proven ABB reliability.

Robot applications

• Press tending
• Loading and unloading of parts
• Machining
• Handling of parts
• Polishing
• Arc welding
• Spotwelding
• Palletising
• Measurement
• Laser cutting
• Laser welding Nd-Yag
• Glueing - Adhesive bonding
• Assembly of parts

TECHNICAL DATA – ABB IRB 6730 S‑270/3.10

• Robot type: 6‑axis articulated heavy‑payload industrial robot (Shelf version)
• Maximum payload: 270 kg
• Maximum reach: 3,100 mm
• Repeatability: ±0.05 mm
• Number of axes: 6
• Robot weight: approx. 1,500–1,600 kg
• Protection rating: IP54 (higher protection available depending on configuration)
• Controller: ABB IRC5
• Motion control: ABB QuickMove™ and TrueMove™ technologies
• Installation type: Shelf / overhead or side mounting

TYPICAL APPLICATIONS

• Automotive body‑in‑white (BIW) handling
• Press tending and transfer systems
• Large structure and frame manipulation
• Foundry and casting automation
• Heavy material handling
• Oversized component palletizing
• Industrial transfer lines requiring floor space optimization