導入
その Sheet Flip Cover Feeder operates on the same forward-pushing principle found in conventional push-type feeders, with one defining enhancement — a flip cover mechanism at the peeling station. As material advances toward the pickup point, the cover lifts and pivots open at the precise moment of peeling, providing mechanical assistance that separates the carrier tape from the component layer cleanly and without excessive tension. This controlled motion reduces peel-angle variation and helps protect delicate materials during the feed cycle.
The flip cover action proves particularly effective with sheet-type materials such as protective films, foam pads, double-sided adhesive tapes, conductive adhesives, copper foil, steel sheets, and stiffener plates. These materials often exhibit higher adhesion between layers or irregular surface textures that challenge standard peeling methods. By mechanically guiding the cover upward during separation, the feeder maintains a steady peel trajectory, which translates into reliable pickup positioning at the nozzle. The mechanism also accommodates a broad range of material widths and thicknesses, making it suitable for diverse production requirements across automotive electronics, 3C assembly, LED manufacturing, and new energy applications.
Integration follows established SMT equipment norms, allowing the Sheet Flip Cover Feeder to work with prevailing SMT platform standards without proprietary interfaces. Feed parameters — including advance length, peel timing, and cover actuation — are configurable through onboard controls or coordinated with the host machine in linked mode. We supply these feeders with interchangeable peel blades that can be swapped when switching between label widths, reducing changeover time and spare-part inventory. For manufacturers handling varied sheet materials that benefit from mechanically assisted peeling, this feeder delivers a practical and robust solution.

Sheet Flip Cover Feeder
Sheet Flip Cover Feeder Application in Logistics Electronics
Logistics tags operate in electrically noisy environments — warehouse scanners, conveyor readers, cold-chain monitors — where interference corrupts signal integrity. Conductive foam gaskets and grounding pads serve as shielding within tags, bridging circuit ground planes to enclosure surfaces. The Sheet Flip Cover Feeder handles die-cut conductive foam pieces with its flip cover peeling mechanism: as the pusher advances the foam-laden carrier tape to the peel edge, the cover lifts open, separating the foam block from its adhesive liner. Conductive foam — a polyurethane core wrapped in conductive fabric — exhibits nonlinear peel behavior; its textured metallic outer layer resists uniform release. The flip cover applies lift force across the full pad width, preventing edge curling that compromises EMI contact area.
Material variability compounds the challenge. Conductive foam suppliers ship rolls with different liner adhesion grades, foam densities, and fabric coatings, and a logistics tag line may process multiple gasket geometries in a single shift. The feeder accommodates this diversity through interchangeable peel blades — swap the blade width to match the foam pad dimension, adjust feed stroke and cover timing via the recipe panel, and resume production without replacing the entire feeder body. For pads ranging from narrow grounding strips to broad shielding gaskets, the same flip cover arc remains effective, reducing the number of dedicated feeder units a logistics electronics line needs to stock.
These feeders integrate with prevailing production line standards, supporting linked-mode synchronization where the host machine dictates cycle cadence. Feed parameters — peel retraction distance, cover actuation angle, advance increment — are stored per SKU and recalled with a single selection. The mechanical simplicity of the flip cover, with its single-axis pivot and spring-assisted return, means fewer pneumatic or vacuum dependencies compared to alternative peel-assist designs. For logistics electronics manufacturers producing RFID-shielded tags, tracking modules with embedded antennas, and sensor labels requiring conductive foam grounding, the Sheet Flip Cover Feeder offers a feeding solution that keeps delicate foam gaskets intact and positioned accurately, cycle after cycle.

パラメータ
| アイテム | Parameter | アイテム | Parameter |
| 給餌方法 | 非粘着プラットフォームの上に皮をむき、その後、取り出す | Operation Panel | 3.5インチTFTタッチスクリーン、480×320ピクセル、静電容量式 |
| Component Type | コンポーネントの分解 (両端に空白領域が必要です) |
供給速度 | 無段階速度制御、最大100mm/s |
| 電圧 | DC 24.0V | Power Consumption | <20W |
| 現在 | 最大5.0A | Operating Temperature | -20~65°C |
| 給餌精度 | ±0.5 | 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 |
| 駆動方式 | 電気式+空気圧式 | 重さ | 製品仕様書に基づき |

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