Singulation Systems

Kraken Singulation Systems separate grouped or mass product flow into controlled, organized lanes or single-file presentation for downstream packaging operations. These systems help prepare cartons, cases, bags, or pouches for inspection, orientation, transfer, or end-of-line handling while maintaining consistent product movement. 

Separate and organize product flow for controlled downstream handling

When products enter downstream equipment inconsistently or in uncontrolled groupings, it can create jams, spacing issues, misfeeds, and reduced throughput. Proper singulation helps maintain product control and supports smoother downstream performance. 

We help manufacturers:

  • Separate grouped product into organized flow patterns 
  • Improve spacing and timing before downstream equipment 
  • Reduce backups and inconsistent product presentation 
  • Support more reliable inspection, transfer, and packaging operations 

Typical Applications

  • Converting mass product flow into single-lane or controlled multi-lane presentation 
  • Preparing products for inspection or orientation systems 
  • Feeding downstream packaging or transfer equipment 
  • Organizing cartons, bags, cases, or pouches before handling operations 

Designed for Real Production Conditions

  • High-speed lines with inconsistent upstream flow 
  • Products requiring controlled spacing and presentation 
  • Packaging operations with multiple downstream handling stages 
  • Applications where line balance and throughput are critical 

Improve Product Control Before the Next Stage

Create more consistent flow and positioning for smoother downstream packaging performance. 

The Kraken Approach to Integration

Kraken does more than supply equipment—we coordinate the entire solution so your line operates as one seamless system. We integrate new and existing machines, design transfer and conveyor elements, align product handling, and synchronize controls from upstream to downstream. The goal isn’t just installation—it’s reliable, high-performance operation.