Sitma Speedy Sort: High-Speed Pocket Sorter for Flat Items
⚡Quick Facts
Technology Performance Metrics
⭐Key Features
✨Benefits
🎯Applications
📝Detailed Information
Technology Overview
The Sitma Speedy Sort is a specialized high-speed pocket sorter engineered for efficient sortation of flat items, most notably books. Its design is optimized to handle the specific size, weight, and handling characteristics of such products, where traditional tilt-tray or cross-belt sorters may not be as efficient. The system's defining feature is its high throughput, capable of processing up to 12,000 items per hour, making it suitable for medium to high-volume operations in publishing, media distribution, and e-commerce sectors dealing with flat goods. The horizontal ring configuration provides a continuous sorting loop that maximizes space utilization and sorting efficiency.
How It Works
Core Principles
The system operates on the pocket sorter principle. Individual items are carried within "pockets" or compartments attached to a continuously moving horizontal ring. Each pocket can be independently addressed. When a pocket reaches its designated discharge point, a mechanism (likely a tipping or pushing action) activates to release the item from the pocket onto the correct take-away chute or conveyor.
Key Features & Capabilities
High-Speed Performance: With a capacity of up to 12,000 items per hour, the Speedy Sort is designed for operations where sorting speed is a critical bottleneck, enabling rapid processing of large volumes.
Horizontal Ring Design: This layout provides a compact and efficient continuous loop for sorting. It allows for a smooth flow of pockets and can be designed to fit within a specific facility footprint more easily than some linear sorter designs.
Optimized for Flat Products: The system is specifically noted as ideal for books and flat products. The pocket design is likely configured to securely hold these item types without damage and to facilitate reliable, consistent discharge.
Advantages & Benefits
The primary benefit is the delivery of high-speed, dedicated sorting for flat items, significantly increasing throughput and reducing labor compared to manual methods. The ability to have multiple in-feed points allows for flexible operation, balancing the load from different sources (e.g., multiple packing lines or receiving areas) to maximize the sorter's utilization. The design's focus on a specific product category (flat items) translates to optimized performance and reliability for that application.
Implementation Considerations
The system is specialized for flat items; its efficiency for irregular or non-flat products may be limited. The horizontal ring design requires a dedicated footprint, and planning must account for the loop's diameter and the space needed for in-feed and discharge infrastructure. Integrating multiple in-feed lines requires coordinated control to avoid jams and ensure smooth induction onto the moving ring.
Use Cases & Applications
Ideal For
This sorter is ideal for book distributors, publishers, magazine fulfillment centers, and any operation where the primary sortable product is flat, uniform, and handled in high volume.
Performance Metrics
The source provides a clear performance metric: sorting speed up to 12,000 items per hour. This quantifies its high-efficiency capability for its target product range. The ability to install multiple in-feed lines contributes to achieving this peak throughput by ensuring the sorter is continuously fed.
Conclusion
The Sitma Speedy Sort Pocket Sorter is a purpose-built, high-performance solution for a specific but significant niche in material handling: the rapid sortation of books and flat products. Its strength lies in combining high speed with a design optimized for the physical characteristics of these items. For businesses in publishing, media, or related sectors facing throughput challenges with manual or less suitable automated sorting, this technology offers a clear path to dramatic efficiency gains. Its focused design ensures reliable operation and high performance for its intended application.



