This company provides non-destructive testing solutions using tomography and imaging technology for industries like aerospace and defense. Their systems offer detailed imaging for material analysis and object inspection, including the ability to identify substances within containers.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional non-destructive testing methods like X-ray imaging lack the sensitivity to detect certain materials and internal defects, especially in dense or complex objects. This limitation can compromise the accuracy of material analysis and object inspection, hindering the ability to identify hidden flaws and ensure structural integrity.
Solution
Neutron Insights provides advanced non-destructive testing solutions based on neutron imaging technology, offering enhanced accuracy and sensitivity compared to traditional X-ray methods. Their industrial scanners utilize neutron emission and detection to perform high-resolution radiography and tomography, enabling the identification of internal defects and elemental characterization of materials. The technology facilitates the inspection of objects and materials, including the ability to penetrate container walls and analyze internal substances. Neutron Insights' solutions cater to diverse applications, including industrial inspection, security, and precision agriculture, providing detailed insights for material analysis, quality control, and resource management.
Target Audience
The primary target audience includes industries requiring non-destructive testing and material analysis, such as aerospace, defense, and manufacturing, as well as the agriculture sector for soil moisture assessment.
Features
- High-performance neutron emission and detection for industrial radiography and tomography
- Advanced simulations using digital twins for inspections and non-destructive testing
- Elemental characterization of materials and samples
- Real-time soil moisture measurement using cosmic ray neutron sensing (CORNEA system)
- Neutron direction measurement and enhanced detection efficiency
- Neutron energy estimation for improved data interpretation
- Underground measurement capabilities with higher precision and range
- Integration with remote sensing and AI models for precise water management