Leica MicrosystemsLaunches Fully Coded, Semi-Automated Polarization Microscope

Leica Microsystems启动Leica DM4 P极化显微镜,以研究矿物质,塑料和聚合物,药物和药物,或色素和水泥等晶体结构。

The Leica DM4 P is fully coded and semi-automated, can either be configured with transmitted light axis or incident light axis, as well as with both transmitted and incident light axis, which makes the instrument an ideal tool for all polarization tasks.

用户从LED照明中受益,该照明在所有显微镜设置下都以恒定的色温为均匀地采样。无应变光学器件和目标保证双折射来自样品,而不是来自光学元件。

带编码的Bertrand镜app亚博体育头和放大倍率的可选设备可确保综合观察的最佳结果。

Users can store and recall information due to the coded components of the Leica DM4 P. While changing objectives, illumination intensity and aperture settings are automatically recalled by the Illumination and Contrast Manager. The coded 6-fold nosepiece ensures that the aquired images are automatically calibrated. In addition, the store and recall function in the Leica Application Suite software enables reproducible image settings.

Leica Microsystems产品经理Kay Scheffler说:

“结合Leica DM4 P中传输和事件光的可能性使用户在应用程序中非常灵活:对于所有测量矿石或煤炭中的反射率的人来说,事件光很有趣。要测量Birefrengence,用户需要传输光,例如在检查地质薄部分,聚合物箔或药物时。但是,对于研究中的特定应用,两者都是必要的。”

使用LED照明,用户可以在恒定的色温下确保样品的均匀照明,从而快速调节光强度。此外,它可以节省能源,并且由于其寿命长而不需要替换。它发出的热量很少,因此不需要冷却风扇。结果,它无声地起作用。

To achieve optimal images in polarization microscopy, users need strain-free optical components of the microscope and the objectives. They guarantee that the birefringence originates from the sample, not from the optics. For conoscopy, to investigate interference figures, users need a Bertrand lens module which can be optionally added to the microscope.

有关更多信息,请访问http://www.leica-microsystems.com/products/light-microscopes/industrial-亚博网站下载materials/polarization-microscopes/details/details/details/product/leica-dm4-p/

更多信息rmation on polarization microscopy on Science Labhttp://www.leica-microsystems.com/亚博老虎机网登录science-lab/polarization-contrast/

Step-by-step polarization tutorial:http://www.leica-microsystems.com/亚博老虎机网登录science-lab/the-principles-of-polarization-contrast/

About Leica Microsystems

Leica Microsystems开发并制造了微观结构和纳米结构分析的显微镜和科学工具。自从该公司从19世纪作为家族企业开始以来,其工具就以其光学精确和创新技术而被广泛认可。它是化合物和立体显微镜,数字显微镜,共聚焦激光扫描显微镜的市场领导者之一,具有相关成像系统,电子显微镜样品样品制备和手术显微镜。

Leica Microsystems在世界各地拥有七个主要工厂和产品开发地点。该公司在100多个国家 /地区代表,在20个国家 /地区拥有销售和服务组织以及国际分销合作伙伴网络。它的总部位于德国Wetzlar。

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