Antaris II Fourier Transform Near Infrared SpectrometerIt is a new Fourier transform near-infrared spectroscopy system that meets the high performance requirements of laboratory research grade near-infrared instruments and can also adapt to industrial operating environments.

Antaris II Fourier Transform Near Infrared Spectrometer - CharacteristicsThe successful application of technology will double the work efficiency of enterprises and save a lot of daily routine sample testing costs.

Antaris II Fourier Transform Near Infrared Spectrometer Technical Parameters:

1. One instrument can simultaneously integrate detection modules such as transmission, reflection, diffuse transmission, and fiber optic probes, allowing for quick and accurate detection and analysis of samples in any state;

2. Adopting Nicolet's high luminous flux, high-speed dynamic collimation electromagnetic interferometer;

3. Using a CaF2 beam splitter, it has a higher energy distribution within the effective range of near-infrared spectroscopy;

4. Each analysis module adopts InGaAs detectors with high sensitivity to near-infrared light;

5. Standard USB interface is used between the instrument and the computer;

6. Low usage and maintenance costs.

Antaris II Fourier Transform Near Infrared Spectrometer - Characteristics：

1. True multi-channel synchronous detection: no need for mechanical switching; Synchronize background and sample collection; Low failure rate and extended system lifespan;

2. Automatic built-in background collection without occupying external channels, as the instrument can automatically collect background and perform deduction calculations while collecting samples, greatly facilitating on-site flow analysis of the instrument;

3. Adopting the industrial standard SMA 905 interface; Can be matched with standard interface fiber optic probes or other devices purchased in the market;

4. The structured module design of the RESLUT software allows for the arbitrary design of operational procedures (electronic SOPs), enabling the ultimate operator to obtain analysis in one step without the need for manual judgment of intermediate data such as spectrograms; For raw material testing, the LED indicator light on the fiber optic probe can directly inform the operator whether the raw material is qualified;

5. Result software integrates OPC data interface, which can facilitate data communication with various LIMS and DCS control systems; PLC communication controller can also be provided for communication integration;

6. TQ's intelligent guidance and automatic optimization functions guide users of different levels to easily and quickly establish analysis models and methods; The chemometric software TQ Analyst provides quantitative and qualitative algorithms such as Bill's Law, classical least squares regression (CLS), stepwise multiple linear regression (SMLR), principal component regression (PCR), partial least squares regression (PLS, including nonlinear PLS and weighted PLS algorithms), correlation coefficient, Mahalanobis distance, Euclidean distance, SIMCA, etc;

7. With comprehensive regulatory certification standards, the ValPro automatic certification toolkit ensures that the system fully complies with the regulatory requirements of the United States Pharmacopeia (USP), European Pharmacopoeia (PhEur), Japanese Pharmacopoeia, and FDA; Result software fully complies with FDA's 21CFR Part 11 specifications; The system provides comprehensive DQ, IQ, OQ, and PQ documents and tools.