GrainODM Delivers 600× Faster Grain Purity Analysis
GrainODM is an AI-powered grain inspection system that replaces slow manual sorting with 600× faster, fully automated analysis. It detects impurities, defects, and grain types in just 3 seconds—bringing precision, consistency, and real-time quality control to modern grain processing.
GrainODM, a European-developed AI grain inspection system, is transforming agricultural quality control with 600× faster grain sample analysis. Traditional laboratory testing can take 20-30 minutes per sample, depending on operator skill and workload. GrainODM performs the same work in as little as 3 seconds, delivering instant, objective, and fully automated grain purity results.
Designed for grain processors, elevators, seed producers, and laboratories, GrainODM uses industrial imaging and advanced computer-vision AI to classify grain types and detect impurities with high accuracy. The system identifies unhulled kernels, husks, foreign grains, dark or damaged grains, overheated flakes, and multiple defect categories across oats, wheat, barley, rye, hemp, and other cereals.
By eliminating subjectivity and manual sorting, GrainODM provides consistent unit and mass-based percentages, automatic digital reporting, and full traceability for every batch. It reduces labor time, prevents quality disputes, and supports real-time decision-making during grain intake and processing.
The system aligns with the growing shift toward precision farming, digital agriculture, and automated grain quality inspection. Early adopters in Northern Europe have already recorded major gains in efficiency, consistency, and operational throughput.
With GrainODM, the grain industry can finally replace slow manual inspection with fast, scalable, AI-driven grain quality control—setting a new standard in the global grain supply chain.
Featured Product
Advanced Mid-Power and High-Power LEDs for Horticulture Lighting
Cree LED's J Series® family offers a comprehensive portfolio of mid-power and high-power LEDs engineered specifically for horticulture lighting. The lineup includes high-efficacy 2835, 3030 and 5050 platforms designed to maximize photon output, energy efficiency, and long-term reliability in demanding grow environments. Photophyll™ Select options in the JB3030C and 2835 platforms deliver industry-leading efficiency with excellent sulfur resistance and footprint compatibility with 301B/H devices - making design-in seamless for horticulture luminaires. The 2835 N-Class color portfolio adds even greater flexibility with 15 high-efficacy spectral options that support precise spectrum tuning. For high-power applications, the JR5050C provides the industry's highest efficacy in its class and can reduce system costs by up to 40%. The JR5050B complements this with best-in-class efficacy in both 6V and 30V configurations. The J Series portfolio also features top-performing white LEDs. The JB3030C delivers up to 3.33 PPF/W (typical), while the JB2835B offers the highest efficacy available in a 2835 white platform. Together, these solutions give horticulture lighting manufacturers exceptional efficiency, broad spectral versatility and unmatched design flexibility.
