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Colocación de etiquetas en productos electrónicos de consumo con el alimentador retráctil automático Yinuo

Descripción: El Comedero retráctil automático Yinuo employs a pick-before-peel sequence: the suction nozzle secures the label first, then the Yinuo Automatic Retractable Feeder carriage retracts rearward to draw the liner away while the label stays immobilized. Peel stroke length and speed are editable parameters, letting a single feeder adapt to different label geometries without mechanical changes. The four-module architecture — unwinding with passive tension control, peel platform, optional cover-film take-up, and quick-locate base with automatic pneumatic and signal docking — keeps each function block independently serviceable and shortens line changeover cycles.

Cantidad mínima de pedido: 1 unidad

Plazo de entrega: 15 días

Introducción

El Comedero retráctil automático Yinuo is designed for SMT lines, label applicators, and flexible electronics assembly where material is supplied on a liner and must be released precisely before placement. It supports adhesive labels, FPCs, LED strips, battery tabs, foam gaskets — applications where adhesive strength, part geometry, and cleanliness all influence yield. By holding the part with vacuum first and peeling the liner second, the unit delivers repeatable separation across a wide range of materials.

The release unit is configured for 3-inch, 6-inch, and custom reel formats and includes a tension system that compensates for decreasing reel diameter during long production runs. For materials supplied with a protective cover film, an optional take-up module winds the film at synchronized speed to avoid slack or tearing. The receiving platform is coated with a low-surface-energy polymer that prevents freshly peeled parts from sticking — particularly valuable for thin films and adhesive-backed components that would otherwise lift or curl.

A quick-change feeder base allows the unit to be swapped between product runs without manual reconnection of air or signal lines. The host controller identifies the docked feeder and recalls its parameter set automatically, supporting mixed-model production and rapid line reconfiguration. With positioning repeatability at ±0.02 mm and a parameter-driven peeling cycle, the feeder integrates into automated cells handling varied materials on a single platform.

 

 

Applying Yinuo Automatic Retractable Feeder on Consumer Electronics Production Lines

Consumer electronics factories serving wearables and smart home devices face a different challenge: small batch runs, frequent model changes, and delicate flexible components that cannot tolerate rough handling. The Comedero retráctil automático Yinuo is built for exactly this environment. Each feeder accepts three inch, six inch, and custom reel formats, so a single platform handles the small reels common in smartwatch assembly as easily as the larger reels used for smart speaker gaskets. Built in tension control adjusts automatically as the reel unwinds, giving the precise, repeatable feed force these thin materials require.

The peeling sequence is engineered to protect sensitive surfaces. The vacuum nozzle lowers onto the part and secures it before the feeder body retracts, separating the liner in a single controlled stroke. Because the suction force exceeds the peeling resistance, adhesive backed FPCs, sensor films, and decorative labels leave the liner with their bonding surface intact and free of residue. An optional cover film take up module runs in parallel for components supplied with protective film, keeping the work area clean and preventing film scraps from contaminating downstream stations.

Operationally, the Yinuo feeder slots into a mixed model cell without redesign. The quick change base provides mechanical alignment plus automatic engagement of vacuum, air, and signal lines, so swapping feeders between a smartwatch run and a smart thermostat run takes seconds rather than minutes. The host controller recognizes the docked feeder and recalls its full parameter recipe, and the polymer coated receiving platform keeps each peeled part flat and ready for pickup. For contract manufacturers serving multiple wearable and smart home brands, this translates into shorter changeovers, higher equipment utilization, and a more responsive production schedule.

 

 

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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