Leitz Diavert inverted microscope: optical expertise at the service of cellular observation
The Leitz Diavert inverted microscope, developed by Leica Microsystems, embodies German excellence in the design of microscopy instruments for the analysis of living cells and tissues in culture media. Thanks to its inverted configuration, it allows clear and stable observation of samples located at the bottom of flasks or Petri dishes without compromising their culture environment. It is a reference tool in cell biology, cancer and pharmacology research laboratories.
This microscope has been designed with a clear priority: to provide exceptional image quality combined with ease of use. It features a robust fixed stage and a Leitz optical system renowned for its colour fidelity and ability to reproduce the finest details of cellular structures. The user benefits from optimal visibility thanks to adjustable lighting and a series of planachromatic objectives suitable for various observation techniques, including phase contrast, bright field and dark field. This allows live cells to be observed in real time, their development to be tracked and each stage of the experimental process to be accurately documented.
The Diavert also stands out for its modularity. It can be configured with different light sources (6V/15W or 12V/50W halogen lamps), specific condensers depending on the method used, and a range of accessories that extend its functionality, such as thermostatic chambers for observation in a controlled environment. This flexibility makes the Diavert a scalable instrument, capable of adapting to the technical requirements of contemporary research. It is also compatible with many modern imaging devices, allowing integration with high-definition digital capture systems.
Designed to withstand intensive use, the Diavert is built on solid mechanics and optics that are hermetically sealed against dust and moisture. Its compact design optimises the workspace and facilitates integration into an already equipped laboratory environment. In addition, the possibility of connecting to photographic documentation or digital capture devices allows full exploitation of the results obtained under the objective. This adaptability makes it a tool that is equally relevant for fundamental research as it is for industrial or clinical applications.
All these features make the Leitz Diavert an exceptional inverted microscope, combining precision, ease of use and reliability. It is still highly prized today in laboratories looking for a high-performance solution for the study of cell cultures, offering long-term value for both teaching and cutting-edge research. Its ergonomics, designed for long observation sessions, its impeccable optical quality and its robustness make it a lasting investment in any demanding scientific environment.
