Asyril Asycube 380 flexible feeder
Flexible vibratory feeding platform for medium-sized parts
The Asycube 380 is a flexible vibratory feeder optimized for medium-sized components, offering fast part orientation, stable part presentation, and seamless integration with robots via Asyril’s EYE+ vision and control system.
Válassz termékvariációt
A szállítási időt az ajánlatban pontosítjuk.
| orientation_capability | Multi-pattern surface agitation |
| feeding_speed | High-speed part presentation |
| multi-material_support | Yes (metal, plastic, rubber, composite) |
| hopper_compatibility | Asyfill smart hopper |
| custom_platforms | Yes |
| communication | Via EYE+ (Ethernet, REST API, robot plugins) |
| mounting | Standard industrial baseplate options |
| noise_level | Low vibration noise profile |
| surface_type | Anti-stick, anti-static feeding plate |
| operating_temperature | +5 °C to +40 °C |
| power_supply | 24 VDC |
| dimensions | Based on platform generation (Asyril spec) |
| weight | Medium-weight platform system |
| robot_integration | UR, Fanuc, KUKA, ABB, Yaskawa, Mitsubishi, Omron, etc. |
| applications | Assembly, testing, machine tending, sorting, packaging |
| certifications | CRA-compliant, industrial EMC |
The Asyril Asycube 380 is engineered for industrial applications requiring a highly efficient and flexible feeding system for medium-sized parts. Built on Asyril’s patented 3-axis vibration technology, it enables precise part movement, separation, and orientation regardless of material or geometry.
With its optimized surface design, configurable feeding patterns, and seamless EYE+ integration, the Asycube 380 delivers exceptional performance for robot-based part picking. It supports high throughput, reduces changeover time, and ensures stable part presentation for collaborative, industrial, or high-speed robotic systems.
Ideal for assembly, testing, machine loading, packaging, and automated production lines that require rapid and adaptable part feeding.
- 📄 Dokumentum: Asyril_Datasheet_Asycube_EN.pdf