Hirata AR-V1000H30 Alternatives & Competitors
Ranked Nr. 435 of 415 Industrial (Articulated) Robots
Top 10 AR-V1000H30 Alternatives
- STÄUBLI TX2-90
- Hirata AR-V1200H
- Hirata AR-V950H
- OMRON Viper 17201-38020
- OMRON Viper 17201-38000
- OMRON Viper RL6-2068020
- OMRON Viper RL6-2068000
- OMRON Viper 17203-38020
- OMRON Viper 17203-38000
- OMRON Viper 17201-38010
- OMRON Viper 17203-38010
STÄUBLI TX2-90
Payload 14kg | Reach 1000mmThe Stäubli TX2-90 industrial robot range represents a formidable next-generation 6-axis robotic arm solution. With a payload capacity of up to 14 kg and an impressive maximum reach of 1450 mm, these robots offer a remarkable blend of speed, rigidity, and precision, making them versatile across various industries. One notable feature is their compatibility with optional SIL3-PLe safety functionalities, which ensure both high productivity and secure human-machine collaboration.
These robots are fully connected to the production world, with compatibility with all production devices and ERP systems, as well as standardized real-time communication protocols. They offer exceptional connectivity to grippers and parts, enabling modular safe control even for small batch sizes. Additionally, the encapsulated Ethernet Cat5e facilitates integration with multiple grippers, cameras, and sensors, enhancing their adaptability in smart manufacturing environments.
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.
Hirata 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.