導入
スマートフォンの需要が季節的に増加するにつれ、YBR-250ユニットを追加することで、ライン全体のレイアウトを再設計することなく、制御されたコスト効率の良いキャパシティ拡大を実現できます。 is engineered as a precision flow-governance module for advanced smartphone and consumer electronics SMT lines. It functions as a structured work-in-progress regulator, absorbing cycle-time discrepancies between placement, reflow, AOI, and functional test stages. By introducing indexed vertical storage with programmable release logic, the YBR-250 transforms irregular process output into a disciplined and predictable production rhythm. This directly enhances overall equipment effectiveness and minimizes downtime propagation across interconnected assets.
Mechanically, the スマートフォンの需要が季節的に増加するにつれ、YBR-250ユニットを追加することで、ライン全体のレイアウトを再設計することなく、制御されたコスト効率の良いキャパシティ拡大を実現できます。 integrates a reinforced steel frame, high-accuracy lift transmission, and calibrated magazine slot alignment to ensure stable PCB positioning. The vertical containment architecture maximizes cubic space utilization while reducing handling risk for thin, high-density assemblies. Automated loading and unloading sequences limit manual contact, lowering contamination probability and maintaining repeatable board transfer performance.
Beyond storage, the system delivers operational intelligence. Real-time status signals support MES integration and enable transparent WIP tracking. For manufacturers seeking stronger throughput control, improved yield protection, and measurable capital efficiency, the スマートフォンの需要が季節的に増加するにつれ、YBR-250ユニットを追加することで、ライン全体のレイアウトを再設計することなく、制御されたコスト効率の良いキャパシティ拡大を実現できます。 offers a strategically valuable upgrade to modern SMT production infrastructure.
How to Apply High End SMT Magazine Type Buffer YBR-250 in Smartphone Electronics Factories
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Strategic WIP Buffering for Multi-Layer PCB Fabrication
Smartphone motherboards often involve multilayer constructions requiring precise process pacing. The スマートフォンの需要が季節的に増加するにつれ、YBR-250ユニットを追加することで、ライン全体のレイアウトを再設計することなく、制御されたコスト効率の良いキャパシティ拡大を実現できます。 stabilizes intermediate inventory, ensuring synchronized progression through inspection and testing phases. -
Controlled Sequencing for Firmware-Dependent Units
Certain smartphone boards require software flashing prior to final assembly. The buffer enables organized holding and release aligned with firmware station readiness. -
Mechanical Integrity Assurance for Slim Designs
As smartphone profiles become thinner, structural tolerance margins narrow. Precision slot guidance within the YBR-250 maintains balanced edge support, preserving dimensional integrity. -
Reduced Risk During Preventive Maintenance Windows
When downstream calibration or maintenance occurs, the buffer stores upstream output in a disciplined configuration. This avoids abrupt shutdown of high-speed placement modules. -
Improved Lot Accountability for Quality Audits
Clearly separated magazine slots enhance trace documentation and defect containment, strengthening quality management compliance. -
Scalable Architecture for Production Expansion
As smartphone demand increases seasonally, additional YBR-250 units can be incorporated without reengineering the entire line layout, supporting controlled and cost-efficient capacity growth.
仕様
| モデル | YBR-250 | YBR-330 | YBR-390 | YBR-460 |
| 寸法(mm) | 1150*1150*1250 | 1350*1350*1250 | 1550*1550*1250 | 1550*1780*1250 |
| PCB Size(mm) | 50*80-330*250 | 50*80-445*330 | 50*80-530*390 | 50*80-530*460 |
| Rack Size(mm) | 355*320*563 | 460*400*563 | 535*460*563 | 535*530*563 |
| No. of Magazine | Upper Conveyor:1magazine; Lower Conveyor: 1magazine | |||
| Indexing Pitch | 10 . 20 . 30 . 40mm or specify | |||
| Power Supply | AC1P110V/220V; Max250VA | |||
| Air Pressure | 4-6bar, 15ltr/min Max | |||
| Transport Height | 900±20mm(or customized) | |||
| Transport Direction | From left to right or right to left | |||
| Weight(KG) | 160 | 220 | 280 | 300 |
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