FTNIRRocket近红外傅里叶变换光谱仪

1、紧凑的设计（世界上zei小的FT-NIR光谱仪）
2、宽光谱范围（0.9-2.6μm）
3、灵敏度高
4、高分辨率（4cm^-1）
5、性价比高

FT-NIR Rocket傅里叶变换近红外光谱仪

产品描述

The FT-NIR “Rocket“ is a fibered NIR spectrometer with a spectral range from 900 to 2600 nm

If you are looking for high performance, compact and affordable NIR spectrometer, the ARCoptix FT-NIR Rocket is the instrument that you need. Thanks to its permanently aligned interferometer and solid-state reference laser, the FT-NIR Rocket offers excellent stability in both intensity and wavelength scales. The FT-NIR Rocket is compatible with light sources and sampling accessories (like fibers, cuvette folder, light sources,..) typically used with array-detector based NIR spectrometers.

The FT-NIR Rocket is a high-performance system combining high resolution, broad wavelength range and excellent sensitivity. Its outstanding stability in both wavelength and intensity scales make it an ideal tool for highly reproducible chemiometrical analysis. In comparison to array-photodiode NIR spectrometers, the single photodiode operation of the FT-NIR ensures no defect pixels, no gain variation among pixels and no dark-current drifts. Also, the device does not suffer from stray-light as grating spectrometers. Finally, all these advantages come at a very attractive pricing!

Due to its functioning principle the FT-NIR is superior to any grating spectrometer on the market!

优点

ª Wide wavelength range 0.9-2.6μm

ª High resolution 8cm-1 (equivalent to<1nm@1um and <5nm@2.5um)

ª Excellent stability in intensity & wavelength scale stability (no dark current-induced drift, internal reference laser)

ª Very good sensitivity (very well adapted for diffuse reflectance)

ª Compact and rugger, easy-to-use fiber input system

ª Cost effective (single NIR photodiode)

技术规格

概述：

FT-NIR Rocket近红外傅里叶变换光谱仪是一个高性能的系统。它具有高分辨、宽的波长范围和极好的稳定性，其在波长和强度上杰出的稳定性使其成为高重复性化学计量分析的理想工具。与光电二极管阵列近红外光谱仪比较，我们的单光电二极管运作的傅里叶变换近红外光谱仪确保无缺陷像素，没有像素的增益变化，没有暗电流漂移；而且，这个光谱仪不会遭受到像光栅光谱仪杂散光的影响。

主要特征：

● Wide wavelength range 0.9-2.6μm

● High resolution 8cm-1(equivalent to<1nm@1um and <5nm@2.5um)

● Excellent stability in intensity & wavelength scale stability

(no dark current-induced drift, internal reference laser)

● Very good sensitivity (very well adapted for diffuse reflectance)

● Compact and rugger, easy-to-use fiber input system

● Cost effective (single NIR photodiode)