KAWASAKI RA006L Alternatives & Competitors
Ranked Nr. 50 of 408 Industrial (Articulated) Robots
Top 10 RA006L Alternatives
- ABB IRB 2600
- KUKA KR 16 L8-3 Arc HW
- KAWASAKI RA010N
- KAWASAKI RA005L
- KAWASAKI RA010L
- KAWASAKI RA020N
- FANUC ARC Mate 50iD/7L
- KAWASAKI RS006L
- FANUC ARC Mate 100iD/10L
- KUKA KR 6 Arc
- KUKA KR 5-2 Arc HW
ABB IRB 2600
Payload 12-20 kg | Reach 1650-1850 mmThe IRB 2600 is the second model in the sharp generation range with enhanced and new capabilities. It is a compact robot with a high payload capacity. The design has been optimized for targeted applications like arc welding, material handling and machine tending. The IRB 2600 is available in three variants, with options for floor, wall, shelf, tilted or inverted mounting onfigurations.
KUKA KR 16 L8-3 Arc HW
Payload 8kg | Reach 2016mmKAWASAKI RA010N
Payload 10kg | Reach 1450mmKAWASAKI RA005L
Payload 5kg | Reach 903mmKAWASAKI RA010L
Payload 10kg | Reach 1925mmKAWASAKI RA020N
Payload 20kg | Reach 1725mmFANUC ARC Mate 50iD/7L
Payload 7kg | Reach 911mmThe FANUC ARC Mate 50iD/7L is a versatile arc welding robot designed for high-precision tasks in demanding environments. It features a payload capacity of 7 kg and a reach of 911 mm, which allows it to handle a variety of welding applications with precision. Its six-axis design provides flexibility and maneuverability, making it suitable for complex welding paths and operations.
This model stands out with its slim and lightweight arm construction, which enhances speed and accessibility to parts and tooling. The robot’s improved reach and stroke optimization enable it to maximize its work envelope, making it effective in tight spaces. Additionally, the ARC Mate 50iD/7L includes a flip-over capability, allowing it to operate efficiently in varied orientations and further extend its operational range.
For maintenance, the robot can be equipped with an optional torch maintenance station that automates the cleaning and dressing of welding torches. This feature helps maintain consistent welding quality and reduces downtime, contributing to overall operational efficiency.