Asyril Asycube 530 flexible feeder
High-performance flexible feeding platform for large and complex parts
The Asyril Asycube 530 is a high-performance flexible feeder designed for large and complex parts. With its powerful 3-axis vibration technology, precision part separation, and seamless EYE+ vision integration, it is ideal for demanding robotic automation environments.
A szállítási időt az ajánlatban pontosítjuk.
| compatible_vision | EYE+ and EYE+ XTD |
| integration | PLC and robot systems (UR, Fanuc, ABB, Yaskawa, KUKA, Mitsubishi…) |
| feeding_surface | Multiple plate options (standard & custom) |
| part_orientation | Supported via EYE+ vision |
| changeover_speed | Fast, minimal mechanical adjustment |
| typical_use_cases | Assembly automation, packaging, electronics, automotive, robotics |
| motion_quality | High-precision part separation |
| system_dimensions | Optimized for large feeder applications |
| vibration_axes | 3-axis vibration (X/Y/Z) |
| vibration_frequency_range | Flexible, software-controlled |
| motion_precision | High-precision part separation |
| orientation_support | Yes via EYE+ vision |
| feed_rate | High throughput depending on part type |
| control_interface | EYE+ ecosystem or customer PLC/robot |
| communication_protocols | TCP, REST, digital I/O |
| supported_robot_brands | UR, Fanuc, ABB, Yaskawa, KUKA, Mitsubishi, Omron, Stäubli, Denso and more... |
| plc_compatibility | Yes (Ethernet-based integration) |
The Asycube 530 is Asyril’s most powerful flexible feeding platform, designed specifically for handling large and heavy components in advanced assembly, packaging and robotic automation applications. Its robust vibration system ensures reliable part separation across a wide variety of materials, including metal, plastic, rubber, and composite components.
With support for a broad selection of feeding plates and fully compatible operation with the EYE+ and EYE+ XTD vision systems, the Asycube 530 enables fast and precise pick-point generation, orientation analysis, and dynamic optimization of part flow.
It is the ideal choice for automation environments requiring flexibility, speed, and high throughput while reducing changeover and mechanical complexity.
- 📄 Dokumentum: Asyril_Datasheet_Asycube_EN.pdf