object
detection
Object detection powered by Hyperspectral Imaging (HSI) and spectroscopy identifies foreign objects and contaminants in food products, ensuring safety and quality.
This technology surpasses traditional detection methods by analyzing spectral data to spot materials that differ from the product, even if they are invisible to the human eye.
Beyond’s HSI solution offers unparalleled detection accuracy, helping manufacturers prevent costly recalls and protect consumers.
benefits
Ensure Food Safety
Detect and remove foreign objects, such as plastic, glass, or metal, before products reach the market.
Reduce Recalls
Minimize the risk of recalls by identifying contaminants early in the production process.
Protect Brand Reputation
Maintain consumer trust by delivering safe and contaminant-free products.
Optimize Production Lines
Enhance efficiency by automating object detection, reducing manual inspection.
application examples
Meat Processing
Identify bone fragments or metal pieces in processed meats.
Bakery Production
Detect plastic, wood, or stone pieces mixed with fresh produce.
Bakery Production
Spot foreign materials in doughs and baked goods before packaging.
data speaks
↓50%
Decrease in foreign
object-related recalls
(Source: Global Food Safety Report)
↑35%
Increase in detection accuracy
with HSI technology
(Source: Food Contaminant Detection Studies)
↓20%
Reduction in manual inspection time
(Source: Industrial Food Safety Efficiency Journal)
how does it work?
Hyper spectral imaging captures unique spectral signatures to distinguish between food products and foreign objects, ensuring contaminant-free goods.
(a)
HSI identifies how different materials reflect and absorb light, differentiating contaminants from food items.
(b)
Algorithms detect and classify foreign objects based on their spectral signatures.
(c)
The system provides immediate alerts for contaminant removal, maintaining food safety standards.
(d)
Contaminated items are automatically removed from production lines, ensuring efficiency and safety.
