Zeiss Axiovert 25 Inverted Microscope: Precision and Versatility for Your Microscopy Applications
The Zeiss Axiovert 25 inverted microscope is a benchmark for researchers in biology, immunology, and other life sciences. This model stands out for its modular design, flexibility, and ability to provide high-quality images.
Adapted for a wide range of applications, the Axiovert 25 is ideal for observing samples in culture plates, allowing for easy analysis of living cells and microscopic structures. Its inverted design optimizes workspace and enables precise imaging while ensuring easy sample handling.
With precision optics, the Axiovert 25 offers magnification ranging from 10x to 100x, with objectives specifically designed to provide sharp, high-contrast images, even in fluorescence configurations. This microscope is particularly suited for complex applications such as live cell observation and the study of labeled protein dynamics.
One of the key strengths of this model is its compatibility with various lighting systems, including a 100W halogen light source and LED lighting options, allowing for perfect adaptation to your contrast and image resolution needs. Its mechanical stage ensures unparalleled precision, and its coaxial focusing system enables smooth operation.
The Axiovert 25 integrates seamlessly into modern laboratory environments, thanks to its modular features that allow the device to be customized based on the user's specific requirements. It can be equipped with a range of accessories, such as cameras for digital imaging and condensers for fluorescence microscopy. These accessories enable complete documentation of results, facilitating collaborative work and in-depth analysis.
This microscope is available in several configurations, including the Axiovert 25 C model, which offers phase contrast capabilities, and the Axiovert 25 CFL, optimized for fluorescence applications. Each version of the Axiovert 25 range retains the key advantages of the base model while adding features tailored to specific imaging needs.