Perkenalan
Itu High Quality L Type Loader YTU-250 is engineered to meet the practical demands of electronics manufacturers managing diverse product portfolios. Rather than being limited to a single application, the loader is designed to handle a wide range of PCB sizes and designs commonly found in modern SMT production. Its loading mechanism emphasizes steady motion and consistent board delivery, creating a reliable starting point for subsequent assembly processes.
The L-type structural layout allows the High Quality L Type Loader YTU-250 to integrate smoothly into various line configurations. This flexibility is particularly valuable for factories that frequently adjust layouts to accommodate new products or changing order volumes. By maintaining an organized board flow, the loader helps downstream equipment operate under stable and repeatable conditions, reducing the likelihood of process disruption caused by inconsistent input.
From an operational standpoint, the High Quality L Type Loader YTU-250 supports improved efficiency and process control. Automated loading minimizes manual intervention at the line entrance, helping reduce handling-related risks and labor variability. Over time, this contributes to more predictable output and better alignment between production planning and actual line performance, making the YTU-250 a practical asset for long-term manufacturing stability.

How can the High Quality L Type Loader YTU-250 be Applied in a Smart Robotics Electronics Factory
1. Stable PCB Input for Robotics Control Boards
Smart robot controllers often use multi-layer PCBs with dense circuitry. The High Quality L Type Loader YTU-250 provides controlled and stable loading, helping maintain board flatness before high-accuracy assembly processes.
2. Efficient Integration into Robotics-Oriented SMT Cells
Robotics electronics factories typically use modular line layouts. The L-type structure allows the loader to fit seamlessly into compact or segmented production cells.
3. Reduced Handling Risk for Sensor and Motion Boards
Automation minimizes manual contact with PCBs used in sensing and motion control modules. This lowers the risk of contamination and handling-induced defects.
4. Consistent Board Positioning for Complex Assemblies
Accurate and repeatable board positioning supports reliable downstream placement of processors and driver components. This consistency is essential for robotics performance stability.
5. Adaptability for Multiple Robotics Product Platforms
The loader supports different PCB sizes used across robot models. This flexibility suits factories producing collaborative, service, and industrial robots.
6. Stable Upstream Flow for Continuous Robotics Production
By maintaining a steady board supply, the YTU-250 helps avoid interruptions at the line entrance. This supports balanced takt time in robotics electronics manufacturing.

Spesifikasi
| Model | YTU-250 | YTU-330 | YTU-390 | YTU-460 |
| Dimensi (mm) | 1150*1150*1205 | 1350*1350*1205 | 1550*1550*1205 | 1550*1780*1205 |
| 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 | |||
| Time Feed PCB | Board up for 8 seconds; Lower board for 10 seconds | |||
| Magazine Replacement Time | Approx. 30 seconds or specify | |||
| Indexing Pitch | 10 . 20 . 30 . 40mm or specify | |||
| Catu Daya | AC 1P 110V/220V; Max 300VA | |||
| Air Pressure | 4-6bar, 10ltr/min Max | |||
| Transport Height | 900±20mm(or customized) | |||
| Transport Direction | From left to right or right to left | |||
| Weight(KG) | 160 | 220 | 280 | 320 |
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