Introduction
The Yinuo Automatic Cutting Feeder executes material feeding and trimming through a synchronized dual-clamp mechanism that ensures positional accuracy at every stage. During the dispensing phase, the rear clamp grips the material firmly while the feeding head advances into the front clamp, which remains open to allow uninterrupted material passage. This sequential handover between clamps eliminates slack and drift, maintaining precise material alignment before the cutting cycle begins.
Once the material reaches its target position, the front clamp tightens its hold while the rear clamp releases and retracts to a preset distance. The rear clamp then re-engages the material, establishing a stable dual-point fixation that secures the strip against movement during downstream operations. At this stage, the suction nozzle descends to grasp the material surface, providing a third anchoring point that prevents micro-displacement during trimming.
The trimming mechanism activates and executes a clean cut, after which the front clamp immediately releases the severed segment. The suction nozzle then retrieves the trimmed piece and transfers it to the placement zone. This coordinated release-and-retrieve sequence minimizes idle time between cuts and supports high-throughput production environments. Suitable for labels, protective films, foams, double-sided tapes, conductive adhesives, copper foils, steel sheets, and stiffener materials, the feeder adapts to varied material thicknesses and widths through adjustable clamp parameters and replaceable blade assemblies, reducing changeover effort across batch runs.

Yinuo Automatic Cutting Feeder
Yinuo Automatic Cutting Feeder Applies Masking Tape in Mobile Phone Electronics Manufacturing
Masking tape serves as a process consumable in mobile phone assembly, applied at multiple stations to shield designated areas from coating, soldering, or adhesive exposure. Each application requires a segment cut to precise length with clean edges and intact adhesive properties — quality deviations at the cutting stage cascade into coating defects, solder bridging, or rework downstream. The Yinuo Automatic Cutting Feeder manages this through a five-step feed-and-cut cycle that separates material transport from cutting-stage fixation. At cycle start, the rear clamp grips the tape and pushes the leading edge into the front clamp zone while the front clamp stays open, maintaining constant feed velocity without introducing clamp-induced surface marks on the paper backing.
Once the material reaches the programmed length, the front clamp engages and the rear clamp disengages, retracting to a preset offset before tightening again. This clamp-switching sequence establishes a tension-neutral cutting zone — the tape segment under the cutting head is held at both ends by independent clamps, mechanically isolated from reel pull and take-up dynamics. The suction nozzle descends and contacts the tape surface at the cut line, providing a third fixation point that suppresses high-frequency oscillation during blade penetration. The cutting mechanism executes the trim, and the front clamp releases immediately upon cut completion, allowing the nozzle to retrieve the segment and transfer it to the application station.
This architecture sustains cut-to-cut positional accuracy and edge quality across extended production runs, with the three-point constraint system compensating for variations in tape thickness, backing texture, and adhesive layer composition. The feeder supports interchangeable cutting blades for different masking tape widths, enabling rapid specification changes without unit-level replacement. Suitable for rolled masking tapes used in selective conformal coating, wave soldering isolation, and temporary component protection throughout mobile device manufacturing, the Yinuo Automatic Cutting Feeder combines precise material handling with modular configuration suited to the throughput and quality requirements of high-volume smartphone production.

Specifications
| Item | Specification | Item | Specification |
| 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 |
| Voltage | 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 | Service Life | ≥20K hrs. (25°C) |
| Hardware Communication | GPIO, RS232, TCP/IP | Dimensions | Per product specification |

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