Main Features of the SSL-FLOW Seeding Line
Continuous Plate DECOP FLOW Technology:
The SSL-FLOW seeding line incorporates the DECOP FLOW seeding head, which transforms the traditional seeding plate concept into a high-capacity continuous system. This technology increases productivity while maintaining precise mechanical seed selection.
High Production Capacity:
The SSL-FLOW automatic seeder achieves a production capacity of up to 1,500 trays/hour, allowing nurseries to handle high production volumes while maintaining a continuous workflow in automated seeding lines.
DECOP Precision in Continuous Motion:
Unlike other continuous systems, DECOP FLOW preserves the mechanical selection principle based on plates and combs, ensuring precise and repeatable singulation in every cell.
Excellent Performance with Difficult Seeds:
The system can process pelleted, raw, irregular, or difficult-to-handle seeds while maintaining high seeding quality and reducing doubles, misses, and empty cells.
Advanced Process Automation:
The SSL-FLOW seeding line can integrate the main stages of an automatic seeding line: tray destacking, filling, dibbling or punching, continuous seeding, covering, watering, and automatic stacking or discharge according to tray format requirements.
Configuration for Intensive Production:
The line is designed for nurseries requiring high production volumes while maintaining continuity, precision, and reliability throughout the entire seeding process.
Modular Design and Professional Construction:
The SSL-FLOW nursery seeder maintains a modular architecture that allows the line configuration to be adapted to different tray formats, crops, and production requirements. Its construction combines robust materials such as stainless steel and aluminum to ensure durability, resistance, and easy integration into professional nursery environments.
Conclusion
The SSL-FLOW is the ideal solution for professional nurseries seeking maximum performance in an automatic seeding line without compromising the precision and versatility of the DECOP system.
