荧光光谱

显微荧光

荧光微区测试和成像

显微荧光测试方法结合了显微镜的空间分辨率与荧光光谱法的分析能力。与传统的荧光显微镜在一个或几个波长波段提供图像不同,我们的显微荧光测量可以获得图像任何一点完整的稳态光谱或寿命

我们的显微荧光系统可以基于您的显微镜,也可提供完整的显微荧光测试系统。显微荧光可完成某个点的光谱和寿命采集,或者通过精密显微镜台对样品进行x和y方向扫描,完成某个区域内每个点光谱或寿命的采集。

显微荧光测试方法可用于细胞内和细胞间生物化学研究、PV效率分析、地质样品的晶体结构研究、纳米技术和纳米粒子研究、材料科学研究、纺织品研究、药品质量控制等领域,甚至可检测假钞上的异常特征。

FluoroMax Plus Sensitive, Flexible, Trusted Spectrofluorometer

FluoroMax Plus

✔ Single point spectral measurements (UV-NIR)

✔ Single point lifetime measurements (~300 ps to seconds)

✔ Spectral Mapping (stage scanning)

Steady State and Lifetime Nanotechnology Spectrofluorometer

Nanolog

✔ Single point spectral measurements (UV-NIR)

✔ Single point lifetime measurements (~300 ps to seconds)

✔ Spectral Mapping (stage scanning)

Fluorolog-QM

✔ Single point spectral measurements (UV-NIR)

✔ Single point lifetime measurements (~300 ps to seconds)

FLIMera Imaging camera for dynamic FLIM studies at real time video rates

FLIMera Camera

✔ Fluorescence Lifetime Mapping (FLIM)

Fluorescence microfluorimetry is used for intra- and intercellular biochemistry, PV efficiency analysis, crystal structure of geological specimens, nanotechnology and nanoparticles, materials science, textiles, quality-control of pharmaceuticals, even detection of anomalous features on counterfeit banknotes.

A-TEEM 光谱技术

A-TEEM Spectroscopy

前沿用户报道

光学光谱的那些事儿

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