Complete Post-Harvest
System at Farm Scale
A commercial farm in Brazil deployed a GXON complete grain system integrating cleaning, drying, handling, and storage. Engineered to match combine harvester throughput, the system ensures no grain waits — during short soybean and maize harvest windows, every ton is cleaned, dried, and stored within hours of cutting.
Matching the Combine's Pace
Modern combine harvesters cut hundreds of tons per day. Without an integrated post-harvest system, grain piles up — waiting for drying, waiting for storage, losing quality by the hour.
A Farm Scaling Beyond Batch Operations
A commercial farm in Brazil runs combine harvesters across large soybean and maize acreage. During the short harvest window, daily cut volume far exceeds what standalone batch drying can handle without creating bottlenecks.
Grain waiting in temporary field piles loses moisture uniformity, develops hot spots, and risks weather exposure. The farm needs a fully integrated system — cleaning, drying, handling, and storage — sized to the combine's daily throughput.
No Bottlenecks Allowed
Any single stage that underperforms creates a bottleneck that stalls the entire harvest. The system must move grain continuously from intake to sealed storage — with drying capacity matched to cleaning and handling rates, and storage volume sized for the full harvest.
Engineered as One Integrated Flow
Three core subsystems configured as a continuous flow: high-capacity dryer module, multi-fuel heating, and integrated PLC with sealed storage.
From Survey to Integrated Flow
Four engineering stages to deploy a complete post-harvest system with no single-stage bottleneck.
What This Deployment Delivered
Quantified impact for the commercial farm during short soybean and maize harvest windows.
Need a complete post-harvest system?
Tell us your combine capacity and acreage — we'll engineer an integrated system with no bottlenecks within 24 hours.