Automotive Transmission Control Tray Feeder Large IC Handling

소개

그만큼 Yinuo 자동 트레이 공급기 organizes tray logistics through a servo-driven shuttle that moves between a loaded magazine, a pickup station, and an empty magazine. The internal workspace is split into two physically separated tray magazine zones — an infeed bay and an outfeed bay — connected by a linear shuttle channel. All trays entering the system originate from the infeed magazine, where multiple populated trays stack in dedicated slots. When a placement program calls a new tray, the shuttle advances, extracts one from the stack, and transfers it along the channel to the pickup station. The shuttle then disengages and retracts, leaving the tray stationary on the platform without residual mechanical disturbance.

The pickup zone operates independently from shuttle motion. Once the tray sits locked against a mechanical stop, the placement head nozzle array descends and picks tray-packaged components — ICs, QFPs, BGAs, connectors, and modules — directly from tray pockets. Because the shuttle path and pickup surface remain mechanically decoupled, the subsequent shuttle movement back to standby or toward the next grab introduces no vibration into the picking surface. Components are extracted from a fully still target until the tray empties.

The empty magazine receives all spent trays. The shuttle transfers each exhausted tray into the next available slot for stacking. This physical separation of populated and empty trays prevents mix-ups and allows operators to replenish the loaded stack and clear the spent stack independently — without pausing the feed cycle. The dual-magazine layout keeps component supply and waste recovery running as parallel, self-organizing loops.

Yinuo 자동 트레이 공급기

Yinuo Automatic Tray Feeder High Mix Automotive Line Quick Tray Format Switching

Automotive SMT lines frequently alternate between body controller, infotainment, and ADAS module builds within a single shift. Each product variant draws from a different set of tray-fed components — QFP microcontrollers, BGA vision processors, connector assemblies, and power modules — all arriving in distinct tray formats with custom pocket geometries. The Yinuo Automatic Tray Feeder manages this variety through a three-station shuttle cycle that separates infeed, pickup, and outfeed into physically distinct magazine zones. Trays stack in the infeed magazine by type, and the shuttle retrieves one at a time based on the active placement program.

Switching tray formats follows stored recipe parameters rather than manual adjustments. When the line transitions from one ECU variant to another, the shuttle completes its current cycle and begins drawing from the next magazine slot holding the required tray type. Shuttle path, pickup coordinates, and magazine indexing shift through software recall — no mechanical stops are repositioned, no guides are realigned. This approach keeps changeover gaps short and suits production environments where multiple automotive module types alternate within tight build windows.

The outfeed magazine collects spent trays in a separate bay, so operators replenish the infeed side and clear empties independently while the shuttle continues its loop. Loaded and exhausted trays never share the same magazine space, which eliminates mix-up risk during fast-paced line transitions. With servo-driven shuttle positioning, decoupled pickup stability, and format switching through recipe recall, the feeder moves tray-based components through the SMT line as a continuous material stream — matching the rhythm of high-mix automotive assembly where build variety changes multiple times per shift.

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