Introducción
El SMT Tube Feeder addresses a specific need in home appliance PCB assembly where component packaging does not match standard tape or tray conventions. It is commonly employed for feeding tubular or stick-packaged devices that require precise orientation and minimal handling, such as certain motor control ICs, relay modules, and custom interface connectors. The feeder’s internal mechanism ensures a steady, regulated release of parts, preventing jams or double-feeds that could halt the placement machine or cause misalignment. This controlled delivery is essential for maintaining the high output expected in modern appliance manufacturing.
A distinguishing characteristic is its ability to maintain component cleanliness and orientation without requiring additional vision correction at the pickup point. The tube itself acts as a protective channel, keeping parts isolated from workshop contaminants while the feeder’s alignment features ensure consistent presentation to the nozzle. This reduces the dependency on complex camera systems for part correction, lowering both equipment cost and cycle time. For appliance manufacturers, this means faster board completion and reduced capital expenditure on vision hardware.
Scalability is built into the Tube Feeder concept, allowing factories to expand capacity by adding parallel feeder lanes or stacking multiple tubes for extended run times. This modularity supports both high-volume single-product runs and flexible low-volume batches without major retooling. The feeder’s robust construction also ensures long service life under continuous operation, with minimal wear parts and straightforward maintenance procedures. For home appliance producers, this translates to lower total cost of ownership and sustained production reliability over years of demanding use.
SMT Tube Feeder
SMT Tube Feeder Enables Flexible, High-Reliability Assembly Across Smart Home Appliance Lines
Smart home electronics factories leverage the SMT Tube Feeder to handle tube-packaged components that are unsuitable for tape or tray systems across refrigerator, induction cooker, and air conditioner PCB lines. Refrigerator control boards employ the feeder for ice maker control ICs and energy monitoring chips that arrive in stick packaging due to their specialized pin configurations. Induction cooker assembly uses the feeder for EMI suppression components and thermal management ICs that require careful handling to prevent lead stress. Air conditioner inverter boards depend on the feeder to deliver fan speed controllers and refrigerant flow sensors in precise orientation for reliable placement.
The feeder’s controlled feeding mechanism ensures components advance smoothly without collision or stress, a critical requirement for appliance electronics facing years of continuous operation. In refrigerator manufacturing, where control boards operate in cold, humid environments, the tube packaging shields components from condensation and particulate ingress during the feeding process. Induction cooker production demands robust power components, and the feeder’s gentle advancement prevents micro-fractures in semiconductor leads that could propagate under thermal cycling during cooking operations. Air conditioner lines gain reliability through the feeder’s ability to maintain component cleanliness, essential for boards controlling high-voltage inverters and fan motors.
Changeover speed between different appliance board types is dramatically reduced with the Tube Feeder’s modular design. Operators switch from refrigerator to induction cooker to air conditioner production by simply exchanging tubes and confirming feeder settings, bypassing complex mechanical adjustments. High-capacity tube magazines support extended production batches, aligning with the high-volume demands of seasonal appliance manufacturing. The feeder’s universal mounting interface fits standard placement machines across all production lines, providing consistent performance whether assembling refrigerator displays, cooker touch panels, or air conditioner control modules.
Presupuesto
| Modelo | YN-T2112 (Single Track) | YN-T2112H (Single Track with Cut-off) | YN-T2109 (Dual Track) |
| Dimensions (L×W×H) | 1500×76×1140mm | 1500×76×1140mm | 1500×90×1140mm |
| Peso | 35KG | 95KG | 40 kg |
| Operating Voltage | AC 220V | ||
| Air Supply Required | 0.5–0.7Mpa | ||
| Maximum Current | 2A | ||
| Feed Speed | <2s/Pcs | ||
| Panel de operaciones | 1.54″ OLED Display Screen | ||
| Channel Switching Time | <6s | ||
| Channel | Single Channel （Single/Dual Channel Optional） |
Single Channel （Single/Dual Channel Optional） |
Dual Channel （Single/Dual Channel Optional） |
| Lead Bending Function | Optional（Default: None） | ||
| Forming Function | Optional（Default: None） | ||
| Pre-lift Function | Optional（Default: None） | ||
| Cut-off Function | Optional（Default: None） | Yes | Optional（Default: None） |
| Cut-off Length | Optional（Default: None） | Customizable based on material requirements | Optional（Default: None） |
| Cut-off Pitch | Optional（Default: None） | ±1mm（Ajustable） | Optional（Default: None） |
| Applicable Tube Length | 400–600mm | 400–600mm | 400–600mm |
| Applicable Tube Height | 10mm–45mm | 10mm–45mm | 10mm–45mm |
| Applicable Tube Width | 10mm–40mm | 10mm–40mm | 10mm–28mm |
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