Wstęp
Electronics factories producing automotive ECUs, industrial automation hardware, and medical instrumentation require component feeding that combines reliability with flexibility. The IC Tube Feeder meets these needs by automating the delivery of stick packaged semiconductors directly to pick and place nozzles. Its robust drive mechanism ensures smooth advancement even during continuous multi shift operation in harsh factory environments.
Advanced sensing and controlled indexing prevent jams and misfeeds that commonly cause downtime in high mix production cells. The design supports multiple tube configurations, allowing manufacturers to handle diverse IC families without investing in separate feeder types for each product line. Quick load features further reduce changeover time when switching between automotive, medical, or industrial control board assemblies.
Engineered for long term durability, the feeder maintains performance over thousands of operating cycles with minimal maintenance requirements. Its compact footprint optimizes floor space while delivering high capacity feeding for uninterrupted shifts. For electronics makers pursuing world class productivity and consistent quality across automotive and industrial segments, the IC Tube Feeder provides a proven foundation for operational excellence.
IC Tube Feeder
IC Tube Feeder Driving Manufacturing Performance and Automotive Grade Reliability in Smart Car Factories
Smart car electronics factories producing engine control units, ADAS controllers, and electric vehicle power modules require component feeding that combines speed, accuracy, and traceability. The IC Tube Feeder transforms manual tube handling into a fully automated, precision controlled process tailored for automotive electronics assembly. Components advance smoothly and reliably into the pickup position, enabling placement machines to operate at rated speeds without component starvation during critical automotive board production.
The feeder incorporates ESD safe construction and gentle handling features to protect sensitive automotive grade integrated circuits from electrostatic discharge and mechanical stress. Adjustable rails and guides adapt to various tube dimensions and component sizes found in engine management, battery monitoring, and advanced safety system bill of materials. This flexibility reduces the need for specialized feeders and simplifies inventory management across multiple vehicle platform programs.
Integration with leading SMT equipment allows real time coordination between feeding and placement actions across diverse automotive product families. The system minimizes misfeeds, reduces rework, and supports continuous high mix production without sacrificing the quality levels required by automotive OEMs. For factories focused on maximizing asset utilization and achieving consistent output in smart car electronics, the IC Tube Feeder stands out as a critical enabler of manufacturing performance and automotive grade reliability.
Specyfikacje
| Model | YN-C2206 |
| Wymiary (dł. × szer. × wys.) | 1160×46×345 mm |
| Operating Voltage | DC 24V |
| Air Supply Required | 0.4–0.7Mpa |
| Maximum Current | 1A |
| Feed Speed | 0.6s/Pcs |
| Operation Panel | 0.96″ TFT Color ScreenResolution: 80×160 pixels |
| Channel Switching Time | <5s |
| Channel | Single Channel |
| Applicable Tube Length | 490–535mm |
| Applicable Tube Height | 3.5–5.5 mm |
| Applicable Tube Width | 8/11/15 mm |
| Component Length | 6.0～12.8mm |
| Component Width | 5.0～10.3mm |
| Component Height | 1.5～2.5mm |
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