A fiber feeding tray organizes, supports, and guides optical fibers for fusion or melting, improving space utilization, maintenance, and compatibility with adapters and connectors.

Function and Purpose

The fiber feeding tray in a fiber melting machine is designed to hold and manage optical fibers during the fusion or melting process. It ensures that fibers are properly aligned, prevents tangling, and allows for efficient connection to adapters or movable connectors. The tray also facilitates maintenance and reconfiguration, making it easier to access fibers without disrupting the entire system .

Types of Fiber Feeding Trays

1. Double-Sided Integrated Tray: Features two sub-trays with optical fiber adaptation units on opposing faces. This design maximizes space utilization and allows overlapping fiber introduction ports for compact installation .
2. Multifunctional Melting-Matching Tray: Includes components such as a rear cover, front cover, melting-welding chip, melting-welding disc, wrapping posts, terminal disc, and wire sleeve. This tray supports ribbon-shaped or bundle-shaped fibers, multiple adapters, and left-and-right fiber outlets, reducing the number of tray types and lowering management costs .
3. Intelligent Upgradeable Tray: Combines a terminal tray, melting tray, and cover plate with fiber-winding columns and rotating shaft bearers. It is suitable for smart optical fiber communication systems, allowing smooth expansion and automated handling .

Key Features

• Fiber Organization: Fiber-winding posts and adapter installation openings keep fibers neatly arranged and prevent damage during melting or fusion .
• Maintenance-Friendly: Trays are designed for easy access, allowing fibers to be added, removed, or replaced without dismantling the entire system .
• Compatibility: Supports multiple adapters and movable connectors, accommodating different fiber types and configurations .
• Space Efficiency: Double-sided or multifunctional designs optimize internal tray space, reducing footprint in splice closure boxes or distribution units .

Operational Considerations

• Fibers are fed into the tray through introduction ports and guided along fiber-winding columns or posts.
• The tray may include rotating shafts or delivery cylinders to facilitate smooth fiber movement and prevent tangling .
• Proper tray selection depends on fiber type (ribbon or bundle), number of adapters, and the required layout for the optical network. In summary, the fiber feeding tray is a critical component of fiber melting machines, ensuring organized, efficient, and maintainable handling of optical fibers while supporting various adapters and connectors for modern communication networks .