SG1700 Near-Infrared (NIR) Spectrometer

Product Description The SG1700 Near-Infrared (NIR) Spectrometer boasts the following key features: Wavelength Performance: It features a wavelength range of 900–1700 nm with a wavelength resolution of 6 nm, catering to the majority of component detection requirements. High-Speed Real-Time Detection: Equipped with grating-based spectroscopy and an internal scanning-free design, it delivers readout results in milliseconds, with an integration time as short as a microsecond. This makes it ideal for real-time online rapid testing. For relatively uniform samples, real-time measurement precision can be further enhanced via rolling averaging. High Sensitivity & Accuracy: For applications requiring high sensitivity, static measurement can be performed by extending the integration time or applying multiple averaging to improve the signal-to-noise ratio (SNR), thereby achieving higher accuracy with an SNR of up to 10,000:1. Optimised Optical Design: Featuring an optimised optical path design, its optical coupling efficiency is three times that of traditional reflective optical path micro-spectrometers. This significantly reduces the requirement for external light intensity or achieves a higher SNR under the same light intensity conditions. Superior Stability & Reliability: Boasting high temperature stability, it incorporates an internal self-compensation module, eliminating the need for users to perform additional temperature corrections. Featuring no moving parts, it exhibits excellent anti-interference performance and repeatability, making it suitable for demanding field environments. Inter-Instrument Consistency: It demonstrates minimal variation between instruments, enabling the direct transfer of spectral model data across different devices. Application Cases The SG1700 Near-Infrared Spectrometer is suitable for rapid component detection in substances such as food and grain, petrochemical products, pharmaceuticals, tobacco and animal feed. Juge Technology is also able to provide model support.