Oceanhood Atom Miniature Spectrometer 190–1100 nm UV-VIS Fiber Optic Spectrometer Module, Compact Affordable OEM for Industrial Integration, Water Quality Testing & Fruit Sorting
R 14,900
Availability: Currently in Stock
Delivery: 10-20 working days
Oceanhood Atom Miniature Spectrometer 190–1100 nm UV-VIS Fiber Optic Spectrometer Module, Compact Affordable OEM for Industrial Integration, Water Quality Testing & Fruit Sorting
Industrial Grade Performance and High Cost Efficiency The Atom series miniature spectrometer offers a perfect balance between professional-grade optical sensing and affordability. It is engineered with a high-sensitivity sensor and optimized signal processing, making it a reliable tool for precise spectral analysis in both laboratory and industrial environments.
Compact Lightweight and Portable Design Designed for space-constrained setups, this spectrometer features an ultra-compact footprint and lightweight construction. Its portability allows for easy integration into handheld devices, portable testing equipment, or complex industrial online monitoring systems.
Configurable Spectral Range for Versatile Applications To meet diverse research and industrial needs, the spectral range of the Atom spectrometer can be customized. This flexibility ensures optimal detection performance across various wavelengths, providing researchers and engineers with the specific data required for their unique projects.
Comprehensive Solution for Multiple Optical Measurements This versatile instrument is widely used for plasma emission spectroscopy, laser characterization, and color measurement. It also excels in absorbance testing and Raman spectroscopy, providing accurate results for water quality analysis and industrial detection.
User Friendly Interface and Stable Operation Equipped with a standard interface for seamless connectivity, the Atom spectrometer ensures a convenient experience for academic teaching and industrial field measurements. Its robust design guarantees long-term stability and consistent performance in challenging conditions.