Variability creates opportunity.
BoMill helps grain handlers optimize grain streams, meet customer specifications, and maximize the value of every batch.
Grain handlers operate between producers and processors, balancing quality, customer specifications, logistics, and commercial performance. As variability in grain quality increases, it becomes more difficult matching grain to customer requirements while maximizing value.
Common challenges
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Variability on protein levels
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Diverse customer specifications
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Grain quality volatility
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Margin pressure
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Limited visibility into quality distribution
BoMill InSight™ analyzes every kernel and separates grain according to predefined quality parameters. This enables grain handlers to create differentiated grain streams and more effectively match grain quality to market demand.
Our approach
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Kernel-level quality analysis
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Precision grain separation
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Greater control over grain streams
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Flexible grain allocation and blending
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Industrial-scale throughput
By gaining greater control over grain quality, customers can improve utilization, create differentiated offerings, and strengthen commercial performance.
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Higher value from each batch
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Better ability to meet customer specifications
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More precise quality classification
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Greater commercial flexibility
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Improved profitability
Not the laboratory.
NIR technology has long been used to analyze grain. BoMill brings this capability directly into industrial grain processing, enabling continuous kernel-by-kernel sorting at commercial scale.
The difference:
Production-integrated operation
High-capacity throughput
Continuous processing
Scalable capacity
Proven in industrial 24/7 operations
From flexible capacity ranges to modular system architecture, BoMill InSight™ is designed to integrate seamlessly into modern grain handling operations.
Discover how grain handlers around the world are using BoMill technology to improve grain utilization, flexibility, and profitability.
BoMill helps grain handlers create more differentiated grain streams through kernel-level analysis and quality-based separation.