Introducción
El Comedero retráctil automático Yinuo is designed for converting and assembly lines that require precise separation of thin film from its release liner. During operation, the feeder advances the film to a defined position, after which a vacuum suction nozzle secures the film in place. The peeling blade then retracts to strip the film cleanly from its backing, with a stroke engineered to exceed the material width. This geometry ensures complete separation on each cycle, even for films with high-tack adhesive systems.
Built around an industrial PLC platform, the machine supports both online mode and standalone automatic mode through a clear HMI interface. Feeding length, peeling stroke, suction timing, and nozzle lift height can all be configured per recipe, allowing rapid changeovers between different film specifications. The system maintains synchronization with downstream equipment through standard industrial communication protocols, which simplifies integration into existing coating, lamination, or die-cutting lines.
The machine handles a broad range of roll-type films including protective films, optical films, functional coatings, double-sided adhesive films, conductive films, copper foil, and ultra-thin release liners. For engineering teams evaluating process improvements, the Yinuo feeder offers a reliable method of replacing manual film peeling operations, reducing operator handling of delicate materials and stabilizing cycle times across long production runs.
Comedero retráctil automático Yinuo
How Yinuo Automatic Retractable Feeder Operates in 3C Electronics Manufacturing Facilities
Comedero retráctil automático Yinuo separates reel-supplied materials from their carrier backing through a coordinated feed-and-peel sequence. During the feed phase, our index drive advances the reel to position the next label or film piece under the nozzle, and the nozzle secures the material. During the peel phase, our retract blade pulls backward — drawing the carrier away while the nozzle holds the separated piece — and the blade travel surpasses the material width to guarantee complete edge release before the nozzle lifts.
Our intelligent controller manages the full peel-and-feed cycle with adjustable parameters covering advance distance, peel stroke length, and cycle timing, letting production teams tailor feeder behavior to each material type without hardware modification. The dual-mode architecture provides online mode for synchronized machine-cycle operation and automatic mode for standalone peel sequences that let operators verify material separation and fine-tune settings before full production. The parameter interface stores distinct settings for each material profile — soft paper labels receive shorter peel travel while thick foam and rigid steel carriers use extended stroke — and switching between profiles takes seconds.
We construct the feeder from industrial-grade components chosen for long service life. Our frame uses stress-relieved aluminum with internal reinforcement ribs that resist torsional flex and maintain peel blade alignment during high-acceleration machine motion. We treat every carrier tape contact surface with a wear-resistant coating that repels adhesive residue, keeping the tape path clean and smooth. Our retractable feeder excels in automotive and 3C manufacturing lines where feed accuracy and minimal downtime must hold steady across varied material schedules.
Parámetros
| Artículo | Parameter | Artículo | Parameter |
| Método de alimentación | Coge primero el componente y luego retíralo; admite la retracción en varias etapas | Panel de operaciones | Pantalla TFT en color de 3,5″, 480 × 320 píxeles, pantalla táctil capacitiva |
| Material Type | Cinta en carrete | Velocidad de alimentación | Regulación continua de la velocidad, máx. 100 mm/s |
| Voltaje | 24,0 V CC | Consumo en modo de espera | < 20 W |
| Actual | 5,0 A MÁX. | Operating Temperature | De -20 °C a 65 °C |
| Precisión en la alimentación | ±0,2 | Humedad de funcionamiento | De 20% a 90% de humedad relativa, sin condensación |
| Ajuste de la posición de alimentación | Dirección X: ajuste del límite mecánico; Dirección Y: ajuste mediante software; Dirección Z: ajuste mecánico |
Temperatura de almacenamiento | De -40 °C a 85 °C |
| Presión de aire de entrada | De 0,40 MPa a 0,60 MPa | Humedad de almacenamiento | De 10% a 95% |
| Interfaz de comunicación | GPIO de tipo NPN/PNP | Esperanza de vida | ≥ 20 000 horas (25 °C) |
| Comunicación de hardware | GPIO 232, TCP/IP | Dimensiones | Consulte las especificaciones reales del producto |
| Método de accionamiento | Motor + neumático | Peso | Consulte las especificaciones reales del producto |
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