SMT 3C Accessories Front-Push Label Feeder can be used for products such as phone cases, chargers, USB data cables, and screen protectors that require labeling before packaging (QR codes, serial numbers, quality inspection labels, brand logos). Manual labeling is slow, inaccurate, and prone to omissions during high-volume periods. This SMT labeling machine uses a push-type peeling mechanism to automatically separate and position the label for pickup by a nozzle or robotic arm, thus replacing manual labeling.
Compatible label materials: paper, PET gloss, Mylar, anti-static film, synthetic paper. Width: 5-56mm. Backing paper thickness: 0.05-0.12mm.
Key specs: feed speed 3-9 m/min, placement accuracy ±0.25mm, 24V DC, suitable for flat or slightly curved substrate surfaces.
Working Principle
A label roll is mounted on the unwind spool of this SMT label feeder. A stepper motor drives the liner through a peeling blade at the front of the feeder,the label separates from its backing at the peel edge and advances to a fixed presentation position. A fiber optic sensor detects the label edge and signals the motor to stop, holding the label at the pick position for the suction nozzle or robotic arm. After pickup, the motor advances the next label, and the spent liner is collected on a motor-driven rewind spool. Unlike rear-push feeders, this front-push label feeder positions the peel edge closer to the pick point, reducing label drift on narrow (<10mm) labels,placement accuracy: ±0.25mm.
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Front-push peel design eliminates narrow-label drift: rear-push feeders cause label misalignment on small 3C labels (<10mm). This SMT label feeder positions the peel blade at the front, bringing the label edge closer to the pick point,placement accuracy ±0.25mm, eliminating missed picks.
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Auto-peel replaces manual labeling: hand-applying QR, serial, and barcode labels on phone cases and chargers is slow and inconsistent. The front-push label feeder auto-separates labels from the liner at 3-9 m/min and holds each at the pick position for nozzle or robot pickup.
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Multi-material compatibility without feeder changes: paper, PET, Mylar, and anti-static labels all feed on the same unit. Fiber optic edge detection auto-compensates for material translucency differences,no recalibration needed between label types.
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Stepper-driven continuous feed with zero liner waste stops: the rewind spool collects spent liner in sync with the unwind motor. No liner breakage or slack accumulation during high-speed operation.
Application Scenarios & Value
| Telecommunications | base station power amplifiers, router motherboards, optical transceivers |
| Home Appliances | washing machine control boards, AC inverter boards, microwave oven controllers |
| Aerospace | flight control modules, satellite power management boards, avionics communication boards |
| 3C Consumer Electronics | smartphone motherboards, tablet PCBs, notebook power management boards |
What can we do for your SMT production line?
You only need to provide component samples and machine model numbers. Based on your exact part dimensions, our engineers design custom feeder adapters and CNC-machine each rail from scratch. We strictly avoid off-the-shelf parts or generic sizes to ensure optimal orientation. Before leaving our Shenzhen factory, every unit undergoes a full operational test on a matching machine, and we provide a performance video so you can verify its functionality prior to delivery.
We provide dedicated rail adapters for all major SMT brands, including ASM SIPLACE, YAMAHA, FUJI, Panasonic, JUKI, and Samsung.
Tag and Tube Feeders: 2–4 weeks.
Vibratory Bowl Feeders (Custom Rails): 3–6 weeks.
MOQ: 1 unit. We support single-unit testing on your production line before scaling to mass production.
We fabricate custom nozzles from ceramics, tungsten carbide, and rubber, precision-formed to match your specific part geometry while maintaining a feed failure rate below 0.5%. To streamline your procurement, feeders and nozzles are shipped together in a single package.
