Si NIR MatrixSi-Ware Systems
Si NIR Matrix is an FT‑NIR sensor module designed for integration into portable devices, embedded systems, and field-deployed tools. It delivers accurate, real-time material analysis of irregular, nonuniform samples with a larger sampling area and broad spectral coverage.
Vendor
Si-Ware Systems
Company Website
Product details
Si NIR Matrix
Si NIR Matrix is an FT‑NIR sensor module designed for integration into portable devices, embedded systems, and field-deployed tools. It delivers accurate, real-time material analysis of irregular, nonuniform samples with a larger sampling area and broad spectral coverage.
Features
- 10 mm measurement spot captures larger sample area for consistent results on uneven or heterogeneous materials
- Wide NIR spectral range (1,350–2,550 nm) enabling simultaneous detection of multiple material parameters
- Fast, non-destructive analysis—results generated in seconds without sample prep
- Built on MEMS FT‑NIR platform to deliver lab-grade accuracy in compact form
- Standard SPI interface for seamless integration with microcontrollers and embedded systems
Capabilities
- Reliable, real-time material composition analysis embedded directly into OEM products
- Consistent performance across non-uniform and textured materials thanks to large-area sampling
- Simultaneous multi-parameter measurement in one scan for efficient data gathering
- Non-invasive testing preserving sample integrity while delivering fast insights
- Field-level durability and stability via MEMS-based sensing core
- Easy integration into portable and embedded platforms using standard interfaces
Benefits
- Enables portable, on-site material analysis in rugged and variable conditions
- Improves data reliability on inconsistent samples through larger sampling area
- Speeds up product workflows with instant, non-destructive measurements
- Reduces development complexity by using compact, integrated sensing module
- Supports OEM customization and quick deployment via standardized interface
- Delivers laboratory-grade accuracy in embedded systems without bulky equipment