導入
Thin-film tapes — polyimide, PET, glass cloth, double-sided adhesive — pose distinct handling challenges in automated assembly. Each material exhibits its own stiffness, adhesive tack, and tear threshold. A Yinuo Automatic Cutting Feeder built around a single cutting geometry forces compromises. Our unit adopts a sequenced dual-gripper workflow: the rear gripper advances the tape, the front gripper secures it under programmable tension, the blade strokes through, and the vacuum pickup transfers the cut piece to the target location. By isolating clamp, cut, and release into discrete sensor-verified steps, the cycle eliminates the slack-induced misalignment common in simpler feed-and-cut designs.
Operational agility comes from the recipe management layer. Every parameter — feed length, jaw travel, blade depth, setback — is dialed in through the color touch interface and stored under a named profile. A line producing multiple battery-cell formats can therefore switch between polyimide edge-wrap tape, PET tab-masking tape, and glass-cloth barrier tape without touching a mechanical stop. Feed accuracy is maintained at a tight tolerance, with speed adjustable to match varying placement cadences. The unit runs on low-voltage DC power and draws minimal energy at standby.
The blade cassette system extends the feeder’s material envelope without increasing floor footprint. Straight, micro-serrated, and coated blade cartridges are each optimized for a specific tape class, and all three swap out rapidly. This modularity means a single feeder station replaces multiple dedicated machines, compressing capital expenditure and freeing production-floor space. Multiple communication interfaces ensure compatibility with prevailing factory communication standards. For lithium-battery assembly lines, contract manufacturing cells, and any environment where tape diversity and rapid changeover determine overall equipment effectiveness, the architecture delivers measurable throughput gains through parameter automation rather than mechanical complexity.
Yinuo Automatic Cutting Feeder
How Yinuo Automatic Cutting Feeder Applied in Smart Automotive Electronics Factories
Smart automotive electronics manufacturing assembles an expanding range of modules — battery management systems, ADAS sensor arrays, domain controllers, power inverters — each demanding solder joints with controlled volume and minimal voiding. Solder preforms delivered on carrier tape provide that control, but only when the feeding mechanism can index, sever, and release each preform without dimensional distortion or positional drift. The Yinuo Automatic Cutting Feeder structures this around a front-and-rear gripper relay. The rear gripper pushes the tape to the programmed feed position; the front gripper immobilizes the segment; the blade strokes through; the vacuum nozzle lifts the cut preform. Each transition is sensor-verified, sustaining a closed-loop cycle that preserves placement accuracy across continuous production runs.
The recipe layer transforms preform changeover from a mechanical procedure into a software operation. Feed length, jaw travel, retraction offset, and blade depth are configured via the color touchscreen and stored under named recipes. When a line shifts from a SAC305 preform reel for BMS through-hole connector reinforcement to a low-temperature bismuth alloy for sensor board attachment, the operator selects the matching profile and the feeder self-adjusts. No mechanical stops require repositioning, no blade depth needs manual resetting. The unit achieves precise positional accuracy at high feed speeds, excelling in applications where preform placement on paste deposits directly governs void content and long-term joint reliability under automotive thermal cycling.
The interchangeable blade cassette concept resolves the tension between material diversity and equipment consolidation. Straight-edge cartridges deliver clean severance on standard embossed preform tape; coated variants resist flux and adhesive residue that accumulates during sustained runs. Each cassette is field-swappable without recalibration, allowing one feeder to process the full preform inventory of an automotive electronics facility — connector solder preforms, QFN thermal-pad preforms, and power-module interconnect preforms — without dedicated stations for each type. Multiple communication interfaces support integration across diverse factory automation topologies, enabling recipe synchronization and placement logging within broader manufacturing execution frameworks.
仕様
| アイテム | 仕様 | アイテム | 仕様 |
| Feeding Method | Pick then cut | Operation Panel | 3.5″ TFT color screen, 480×320 pixels, capacitive |
| Component Type | Roll-type material | Feeding Speed | Stepless speed control, max 100mm/s |
| 電圧 | DC 24.0V | Standby Power | <20W |
| Current | 5.0A MAX | Operating Temperature | -20~65°C |
| Feeding Accuracy | ±0.2 | Operating Humidity | 20~90%RH, non-condensing |
| Feed Position Adjustment | X: mechanical limit adjustment; Y: software adjustment; Z: mechanical adjustment |
Storage Temperature | -40~85°C |
| Air Supply Spec | 0.40~0.60 MPa | Storage Humidity | 10~95% |
| Communication Interface | GPIO NPN/PNP type | 耐用年数 | ≥20K hrs. (25°C) |
| Hardware Communication | GPIO, RS232, TCP/IP | 寸法 | Per product specification |
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