ABB IRB 6700LNV-245/2.90 Load 245kg Work Area 2900mm

ABB IRB 6700LNV-245/2.90 Load 245kg Work Area 2900mm

The ABB IRB 6700INV-245/2.90 is a high-payload industrial robot designed for demanding automation tasks requiring strength, stability, and precision. With a maximum load capacity of 245kg and a 2900mm working reach, it is engineered to handle heavy-duty operations in large-scale production environments.

This model is widely used in material handling, machine tending, and automotive manufacturing lines where consistent performance and high uptime are critical. It is fully compatible with ABB IRC5 control systems and integrates seamlessly into existing ABB robotic automation platforms.

The ABB IRB 6700INV-245/2.90 Heavy Payload Industrial Robot Arm delivers robust performance for industrial users requiring reliable heavy-load automation with extended reach capability.

Key Features 

• Ultra-High Payload Capacity (245kg): Supports heavy components and tooling, making it ideal for demanding industrial applications such as automotive body handling and large-part manipulation, reducing the need for secondary lifting equipment.
• Extended 2900mm Reach: Provides wide operational coverage within large workcells, improving layout flexibility and reducing robot repositioning time during production cycles.
• Heavy-Duty Structural Design: Reinforced mechanical architecture ensures long-term stability under continuous high-load operation, minimizing mechanical wear and extending service life.
• Industrial-Grade Reliability: Built for 24/7 production environments, ensuring consistent performance and reducing unexpected downtime in critical manufacturing processes.
• Optimized Motion Performance: High-precision servo control enables smooth and stable movement even under maximum payload conditions, improving process accuracy and safety.

Application Scenarios 

• Automotive Manufacturing: Used for handling large automotive components such as chassis parts and body frames, helping improve production efficiency while reducing manual handling risks and downtime.
• Material Handling Systems: Ideal for heavy-load palletizing, stacking, and transfer operations in logistics and warehouse automation systems, increasing throughput and operational stability.
• Machine Tending Applications: Supports loading and unloading of heavy parts in CNC machining environments, ensuring continuous production flow and minimizing machine idle time.
• Foundry & Metal Processing: Suitable for harsh industrial environments where heavy metal parts must be transported or positioned, improving workplace safety and reducing operator intervention.