Wstęp
Automatyczny podajnik z mechanizmem zwijającym Yinuo is configured to support large reel materials through a feed system architecture that emphasizes load distribution, tape flatness control, and smooth power transmission. The feeder housing is reinforced with internal ribbing along the reel cradle area, providing additional structural support where the reel weight is concentrated. The reel spindle is ground to a precision tolerance and fitted with a low friction bearing assembly, allowing large reels to rotate freely without generating excessive resistance that could strain the feeding motor or distort the tape pitch during incremental advancement.
The tape transport section of Yinuo Automatic Retractable Feeder features a wide feed channel that accommodates the broader tape widths typically associated with large reel formats used in automotive electronics and industrial assembly applications. Along the channel, adjustable edge guides can be repositioned to match the tape width, centering the material path and preventing lateral wander as the tape travels from the reel to the pickup station. The retractable top cover slides along precision machined grooves and secures with a positive locking latch, creating a controlled enclosure that maintains tape tension and flatness across the full span of the feed path, which is particularly important when processing long lengths of material from large reels.
Yinuo Automatic Retractable Feeder further supports large reel operation through its intelligent feed control logic, which dynamically adapts to the mechanical characteristics of the loaded reel. The feeder detects the resistance profile during initial feed cycles and calibrates the motor acceleration curve to match the reel mass and tape material type. This adaptive approach ensures that whether the reel contains conductive adhesive, copper foil, double sided tape, or reinforcing plate material, the feeder delivers uniform advancement without slippage or pitch deviation. The combination of mechanical stability, precise tape guidance, and adaptive control makes this feeder suitable for sustained large reel production in demanding electronics manufacturing environments.

Podajnik chowany Yinuo
Yinuo Automatic Retractable Feeder Applications in Automotive Electronics Factories
Each roll-format material used in automotive electronics has its own handling characteristics, and the Automatyczny podajnik z mechanizmem zwijającym Yinuo is configured to manage them within a single platform. Paper labels for product traceability are peeled and applied at the end of the SMT line, where the feeder’s parameter setting controls dispensing position and pressure to match the label size specified in the board recipe. Protective films for instrument cluster displays and central stack panels are presented in clean-room-adjacent cells, where the feeder’s enclosed peeling path reduces particle generation around the film surface.
Foam gaskets, double-sided adhesive tape, and conductive adhesive — common in ECU housing assembly and display bonding — benefit from the feeder’s adjustable peeling angle and contact pressure, which compensate for variations in adhesion strength between suppliers. Copper foil for EMI shielding of powertrain control modules and steel sheets used as structural reinforcement in battery management assemblies are fed at higher material thicknesses, and the feeder’s settable parameters accommodate these without mechanical reconfiguration. Stiffeners for flex-rigid PCB sections in ADAS and radar modules are presented at the precision required for downstream lamination.
Across these applications, the feeder’s industrial-grade intelligent design contributes to consistent output regardless of material type. Recipe parameters such as peel speed, presentation pitch, and tension are stored per material and recalled when a board variant is loaded. For automotive electronics plants managing dozens of part numbers and material combinations, this consistency reduces setup variation between shifts and supports the process stability that serial production of safety-relevant electronics demands

Parametry
| Przedmiot | Parameter | Przedmiot | Parameter |
| Sposób karmienia | Najpierw należy chwycić element, a dopiero potem go odkleić; umożliwia wieloetapowe cofanie | Operation Panel | Kolorowy ekran TFT o przekątnej 3,5 cala, rozdzielczość 480 × 320 pikseli, ekran dotykowy pojemnościowy |
| Material Type | Taśma na szpuli | Prędkość podawania | Bezstopniowa regulacja prędkości, maks. 100 mm/s |
| Woltaż | 24,0 V DC | Moc w trybie czuwania | < 20 W |
| Obecny | 5,0 A (maks.) | Operating Temperature | od -20°C do 65°C |
| Dokładność podawania | ±0,2 | Wilgotność podczas pracy | Od 20% do 90% RH, bez kondensacji |
| Regulacja pozycji karmienia | Kierunek X: regulacja ogranicznika mechanicznego; Kierunek Y: regulacja programowa; Kierunek Z: regulacja mechaniczna |
Temperatura przechowywania | od -40°C do 85°C |
| Ciśnienie powietrza wlotowego | od 0,40 MPa do 0,60 MPa | Wilgotność w magazynie | 10% do 95% |
| Interfejs komunikacyjny | Typ GPIO NPN/PNP | Długość życia | ≥ 20 000 godzin (25°C) |
| Komunikacja sprzętowa | GPIO 232, TCP/IP | Wymiary | Zobacz aktualną specyfikację produktu |
| Metoda napędu | Silnik + układ pneumatyczny | Waga | Zobacz aktualną specyfikację produktu |

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