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布鲁克共聚焦拉曼显微镜可提供高清化学成像和高光谱 3D 成像,具备亚微米空间分辨率 —— 非常适用于材料科学、生命科学和地质学领域。凭借先进的共聚焦光学系统、优异的光谱清晰度以及易用的自动化功能,每次扫描都快速、可靠且数据丰富。
Nanophoton Series Microscopes are built on fast, precise galvano scanning technology, enabling new, innovative Raman imaging modes using a laser line or AreaFlash.
这台显微拉曼设计宗旨就是,方便用户、安全和精确。这种结果为导向的设计实现了100%可靠的拉曼显微化学分析。
傅立叶变换拉曼显微镜能够消除荧光。这正是拉曼显微镜RamanScope III的独特优势。
By using confocal microscopes, Raman spectroscopy can analyze 2D and 3D structures chemically. It allows depth profiling and can analyze objects behind transparent materials! Learn the Raman basics by clicking here.
Raman imaging combines spatial and spectral data to create incredibly high-contrast chemical images to evaluate material properties and to investigate component distributions. We explain how it works in our Raman imaging basics.
Our Guide to Raman Applications explores how this versatile technique is used across materials science, pharmaceuticals, forensics, biology, cultural heritage, and energy.