NIR Spectrophotometer

Model : SP-NIR450 Wavelength Range : 900nm-2500nm Wavelength Accuracy : ≤0.2 Wavelength Reproducibility : ≤0.05 Size(W×D×H)(mm) : 540×380×220

A robust, compact an

Tips: Dear customer, if you have any questions or want to know about our products, you can click the “I want to ask” button to fill in your questions.
Unsuccessful submission? Please contact info@tech2art.com

 

 

Scientific Studies

 

Documents

 

NIR Spectrophotometer Specifications:

Model SP-NIR450
Measurement Mode The diffuse reflection sample cell
Detector Japan hamamatsu cooled InGaAs
Spectral Bandwidth(nm) 12
Wavelength Range(nm) 900-2500 nm
Wavelength Accuracy(nm) ≤0.2
Wavelength Repeatability(nm) ≤0.05
Stray Light(%) ≤0.1
Absorbance Noise(Abs) ≤0.0005
Analysis Time 1min (adjustable)
Data Transmission Mode USB2.0
Calibration Technology MPLS Modified least squares regression calibration technology
DPLS Spectrum identification and qualitative analysis technology
Item Content
Electricity 90-250V\50Hz (or 60Hz)
Ambient Temperature (℃) 5-35
Ambient Humidity (%RH) 5-85
Size(W×D×H)(mm) 540×380×220
Shipping Size(W×D×H)(mm) 780x550x400
N.W./G.W. (kg) 18/25

 

NIR Spectrophotometer Features:

 

1. There is no need to treat the sample before testing to protect the integrity of the sample.

2. 900nm-2500nm ultra-wide spectral range, fast analysis speed.

3. Core parts are all internationally famous brands

4. Built-in high-quality PTFE reference module automatic reference calibration to ensure the accuracy of measurement results.

5. Equipped with integrating sphere diffuse reflection system, large sampling spot and sample turntable

6. All tests use NIST traceable standards.

7. Liquid, powder, support particles, film and other forms of sample detection.

8. The instrument’s real-time environmental temperature and humidity monitoring allows users to optimize the measurement conditions.

9. Simple operation and intuitive user interface.

10. Can establish authoritative and professional near-infrared quantitative and qualitative analysis models.