導入
At the core of the Yinuo Automatic Tape and Reel Feeder lies a dual-mode sealing architecture that supports cold lamination and heat fusion within a single station. Cold lamination bonds the cover film through pressure-activated adhesive layers, requiring no thermal input and preserving temperature-sensitive components such as certain adhesive-backed films or low-melt insulation inserts. Heat fusion, by contrast, applies localized thermal energy to create a molecular bond between the cover film and carrier tape, yielding a higher peel resistance suited for components that undergo vibration or handling stress during reel transport and storage.
Upstream of the sealing stage, components are loaded into embossed carrier pockets through a placement unit that operates at a rate synchronized with the tape advancement cadence. The ratchet drive pulls tape through the loading and sealing zones in lockstep, maintaining pocket position integrity so that each cavity aligns with the placement head and the sealing module at the correct moment. This timing chain — loading, advancing, sealing — runs without intermediate buffers, so the tape never sits stationary with exposed components between stations.
The finished carrier tape collects on a motor-driven take-up reel and transfers to SMT placement lines. Material compatibility includes metal stiffeners, steel sheets, insulation films, and electronic components. The feeder serves packaging, 3C, FPC, and electronics industries, delivering consistent seal quality and pocket alignment across varied tape widths and component profiles.
Yinuo Automatic Tape and Reel Feeder
Yinuo Automatic Tape and Reel Feeder 3C Electronics Component Packaging Smartphone Assembly
Inside a 3C electronics factory producing smartphone subassemblies, the Yinuo Automatic Tape and Reel Feeder sits between component kitting and SMT placement, converting bulk metal stiffeners, insulation films, and micro connectors into placement-ready reels. A single smartphone mainboard can require over a dozen stiffener and insulation placements — each demanding a dedicated feeder lane on the pick-and-place line. The feeder produces these reels at a pace that keeps all lanes stocked without building excess buffer inventory that ties up floor space.
The dual sealing capability proves particularly valuable in 3C production. Cold lamination handles pressure-sensitive cover films used for connector and FPC stiffener packaging, where gentle peel force prevents component dislodgement during high-speed dispensing. Heat fusion serves metal shield and steel sheet packaging, where a more aggressive bond survives the vibration and handling typical of reel transport between separate assembly buildings. Having both modes in one machine means a 3C factory does not split its packaging workflow across two different sealing stations.
Finished reels transfer directly to the SMT floor and slot into pick-and-place feeders handling the mainboard placement sequence. Material types include metal stiffeners for board rigidity, steel sheets for EMI shielding, insulation films for short-circuit prevention, and connectors for board-to-board interfaces. The feeder’s consistent pocket alignment and seal integrity support the tight placement tolerances and rapid cycle times that define high-volume 3C electronics assembly.
パラメータ
| アイテム | Parameter | アイテム | Parameter |
| 給餌方法 | 摘んでから切る | 供給速度 | 無段階速度制御、最大100mm/s |
| Component Type | ロール状の素材 | 供給速度 | 無段階速度制御、最大100mm/s |
| 電圧 | DC 24.0V | 待機電力 | <20W |
| 現在 | 最大5.0A | Operating Temperature | -20～65°C |
| 給餌精度 | ±0.2 | 動作湿度 | 20～90%RH、結露なし |
| フィード位置の調整 | X：機械的限界の調整；; Y：ソフトウェア調整；; Z：機械的な調整 |
保管温度 | -40～85°C |
| エア・サプライの仕様 | 0.40～0.60 MPa | 保管時の湿度 | 10~95% |
| 通信インターフェース | GPIOのNPN/PNPタイプ | 耐用年数 | 20,000時間以上（25°C） |
| ハードウェア通信 | GPIO、RS232、TCP/IP | 寸法 | 製品仕様書に基づき |
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