COMAU PAL-260-3.1 Alternatives & Competitors
Ranked Nr. 452 of 415 Industrial (Articulated) Robots
Top 10 PAL-260-3.1 Alternatives
- COMAU PAL-180-3.1
- COMAU PAL-470-3.1
- Estun Automation UNO-220-3100-HR
- Hirata AR-V1200H
- KAWASAKI RD080N
- Hirata AR-V950H
- YASKAWA MPL80 II
- YASKAWA GP8 FGG
- YASKAWA MotoMINI
- KUKA KR 90 R3100 Extra HA
COMAU PAL-180-3.1
Payload 180kg | Reach 3100mmCOMAU PAL-470-3.1
Payload 470kg | Reach 3100mmEstun Automation UNO-220-3100-HR
Payload 220kg | Reach 3100mmThe Estun UNO-220-3100-HR is an advanced industrial robot designed for high-performance applications. It boasts a significant payload capacity of 220 kg and a reach of 3100 mm, making it suitable for handling large and heavy items efficiently. With its repeat positioning accuracy of 0.06 mm, it delivers high precision necessary for tasks in sectors requiring meticulous alignment and placement.
The robot's high rigidity and the wrist's IP67 protection class ensure durability and reliability in harsh industrial environments. This makes it ideal for operations in areas such as automotive manufacturing, where both precision and robustness are critical.
Applications of the UNO-220-3100-HR include heavy material handling, assembly processes requiring significant reach and strength, and other industrial tasks that demand high speed and powerful performance. Its features enable it to excel in environments that require both precision and the ability to withstand demanding conditions.
Hirata AR-V1200H
Payload 4-6 kg | Reach 1200mmUniversal vertical articulated robot with high speed and high accuracy.
No programming by robot languages is needed for robot operation. Robot movements (postures) can be checked by specifying coordinates.
The load it takes for work holding part by movement is reduced and certain movement is executed.
High maintenancebility is achieved by the adoption of no battery motors.
KAWASAKI RD080N
Payload 80kg | Reach 2100mmHirata AR-V950H
Payload 4-6 kg | Reach 950mmUniversal vertical articulated robot with high speed and high accuracy.
No programming by robot languages is needed for robot operation. Robot movements (postures) can be checked by specifying coordinates.
The load it takes for work holding part by movement is reduced and certain movement is executed.
High maintenancebility is achieved by the adoption of no battery motors.