总是经过校准。
Maximum Precision.
Automation is the SENTERRA II's key feature. It allows the user to concentrate on the essential things: the analytical problem, the Raman measurement and more importantly,结果。
SENTERRA II technical features:
SENTERRA II申请:
首先,Senterra II是完全自动化的,包括自我诊断和OQ和PQ等仪器测试。通过简单的鼠标单击更改激光器,然后自动调整过滤器和光栅。
Second, to use this automation to its full extent, we rethought calibration and created the patented SureCalTM值技术。它可以连续重新校准设备并允许永久的亚波精度。
Third, it’s about user safety - especially when beginners or students are involved. A class 1 laser housing and interlock always protects the user of any harmful laser radiation.
Naturally, the SENTERRA II offers excellent sensitivity combined with pristine spectral and Raman Imaging performance. But the real powerhouse of this confocal Raman microscope is our SureCalTM值技术。
让我们简要地重复拉曼技术最重要的原理之一:外部因素会影响每个拉曼显微镜(尤其是热量,成分变化和振动)中的光学和机械组件。最终,这会引起波数转移,必须通过常规重新校准来补偿。
感谢SurecalTM值, the SENTERRA II is the only Raman microscope that isalways校准。不要通过重新校准浪费宝贵的时间 - 开始分析。无论是快速材料识别还是用于PCA或其他统计方法的大型数据集的收集。
Senterra II can also be configured with an inverted microscope without compromising any functionality. The inverted Raman microscope gives open access for sample handling, which is particularly favorable in characterization of live tissue and cells.
除了细胞研究外,倒置的显微镜还带来了在体外药物验证和原位拉曼测量等研究中的优势,该研究要求更好地进入显微镜阶段。
我们为各种应用程序开发了一个强大的拉曼显微镜平台。它的高度自动化,紧凑的规模和有效的工作流程使Senterra II成为解决质量控制实验室中现实世界任务或发现和开拓科学研究的理想工具。
Art Conservation & Restoration
Forensical Science
药品
聚合物和塑料
Material Science
环境研究
强调:Python Script Interface implemented into OPUS
在Opus 8.7 SP1中,我们使使用Opus中的新Python环境更容易使用定制的数据处理和评估方法。它为需要特殊算法的用户打开了一扇门。Python脚本可以在拉曼测量后立即在Opus中执行。使后期处理真正您,并享受与Python一起进行常规测量的所有力量。
强调:High Performance Chemical Image Generation by New Adaptive K-means Clustering Function
我们也发布了一个新的拉曼数据分析功能n Adaptive K-means Clustering. It was created with the help of the build-in Python environment. With this new function, you can generate a chemical imaging directly after the measurement without the need of selecting specific Raman peak at all. The system will sort the spectra into groups automatically and generates Raman images all by itself. For the applications that use a known sample, for instance a pharmaceutical tablet with several APIs, this function can provide the user Raman image immediately and save a lot of time. For the experiments of unknown samples, with the automatic Raman imaging method, users can tell at a glance if the sample is homogeneous or structured chemically.
Other new functionsSenterra II的可用性:
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