Wstęp
Operating as a universal component supply interface for surface mount technology placement equipment, the SMT Automatic Tube Feeder handles tube-packaged devices including capacitors, safety capacitors, integrated circuits, tactile keys, triodes, and light emitting diodes. It achieves mechanical compatibility and communication protocols with virtually all major mounter brands including Mirae, Panasonic, Juki, Fuji, ASM, Universal, and Yamaha, ensuring seamless integration without custom adapters or communication gateways. The feeder employs servo-driven advancement to push components from horizontally stacked tubes through a precision pusher tape mechanism, delivering each part to the pickup point with deterministic repeatability suitable for high-speed placement operations.
In consumer electronics assembly, the automatic feeder manages safety capacitors and electrolytic capacitors that arrive in tube packaging due to their cylindrical geometry and lead configuration. Lighting product manufacturing utilizes the feeder for light emitting diode arrays and driver integrated circuits that require gentle handling to prevent optical surface damage. Appliance control board production benefits from the feeder’s ability to present tactile switch keys and triode components in consistent orientation without mechanical stress. The horizontal stacked tube architecture maximizes component density per feeder slot, reducing floor space requirements while extending runtime between operator interventions.
Operational continuity emerges through automated empty tube ejection and seamless indexing of the next tube into the feeding position without stopping the placement machine. The pusher tape mechanism gently advances components from the bottom tube, eliminating gravity-dependent feeding that could cause component rotation or misalignment. Integrated height matching ensures proper mechanical interface with different mounter brands, while bidirectional communication enables real-time feed status monitoring and tube depletion alerts. This universal compatibility and hands-free operation aligns with high-mix manufacturing environments where production lines frequently switch between different placement equipment vendors.
SMT Automatic Tube Feeder
Multi-Tube Loading Capacity Supports Continuous Operation in Consumer Electronics Mass Production
Consumer electronics fabrication facilities deploy the SMT Automatic Tube Feeder to present tube-packaged components to robotic placement systems across smartphones, tablets, wearables, and smart home devices. Its primary application encompasses feeding oversized, fragile, or geometrically complex devices including certain power management integrated circuits, audio amplifier chips, vibration motor drivers, and camera module connectors that cannot conform to tape reel dimensions. The horizontal stacked tube architecture allows multiple tubes to be loaded simultaneously, with components pushed from the bottom tube to the pickup point by an automated pusher tape mechanism.
In laptop computer assembly, the automatic feeder manages battery management integrated circuits and universal serial bus controller chips that require precise orientation for reliable soldering. Wireless earbud production utilizes the feeder for Bluetooth transceiver modules and charging case control integrated circuits that arrive in tube packaging due to their small size and electrostatic sensitivity. Smart television manufacturing benefits from the feeder’s gentle advancement of timing controller chips and local dimming driver integrated circuits, preventing micro-fractures in fine-pitch leads that could propagate during thermal cycling. The feeder’s vibration-damped linear actuators mitigate contact stresses during component advancement.
From a production management perspective, the Automatic Tube Feeder eliminates manual touchpoints in the assembly sequence. The system automatically detects tube exhaustion, ejects the empty tube, and indexes the next loaded tube into the feeding position without operator intervention. Feeders can be pre-staged offline and inserted into the line on demand, aligning with lean manufacturing practices and just-in-time material flow protocols. This automation not only elevates throughput but also strengthens lot traceability, as each tube can be barcoded and tracked through production for complete chain-of-custody documentation across consumer electronics manufacturing verticals while reducing labor dependency and maximizing equipment utilization.
Specyfikacje
| Model | 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 |
| Waga | 35 kg | 95KG | 40KG |
| Operating Voltage | AC 220V | ||
| Air Supply Required | 0.5–0.7Mpa | ||
| Maximum Current | 2A | ||
| Feed Speed | <2s/Pcs | ||
| Operation Panel | 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（Nastawny） | 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 |
https://www.youtube.com/@allaismt
For more information about the SMT Automatic Tube Feeder, proszę wysłać e-mail na adres
Szybko odpowiemy na Twoje zapytanie i udzielimy Ci szczegółowych informacji o naszych produktach i usługach.
