Zeiss metallographic microscope Axio Observer

Zeiss metallographic microscope Axio Observer

Axio Observercharacteristic

Flexible inverted microscope

Combining complementary imaging modes: The Zeiss metallographic microscope Axio Observer research grade host has an interface that can be combined with multiple technologies, ranging from wide field transmission to 3D light cutting technology using Apotome. 2, as well as ultra-high resolution imaging technology using LSM 880 and Airyscan.
It can be combined with classic microscopy and cell injection, or more complex laser microdissection.
Choose the appropriate microscope camera or third-party photographic equipment: You will receive satisfactory imaging quality, acquisition speed, and sensitivity.

Benefit from automation and efficiency

Automation significantly increases efficiency.
Whether the objective lens is used with a water medium or needs to be adjusted to the sample, the research grade inverted microscope mainframe can be automated.
Once the inverted fluorescence microscope detects the focal point of the sample, it will continue to stably aggregate and complete imaging.

Customize inverted microscope for your application

Zeiss metallographic microscope Axio Observer inverted microscope has comprehensive functions, making it a reliable assistant both now and in the future. A good hardware and software interface can provide the possibility of customized systems for customers' special requirements.
An optional cell culture device is available, which can perform accurate microscopic operations.
Fast switchable LED light sources or high-power, economical white light sources can be combined with high-speed filter devices.

Autoimmersion Automatic immersion

The automatic immersion function of the Zeiss metallographic microscope Axio Observer inverted microscope can automatically establish and maintain liquid media. You can still achieve good imaging quality in high demand long-term delay experiments. It uses a powerful piezoelectric motor to pump liquid medium from a small water storage tank to the nozzle on the objective disc. Just press the button, and the appropriate amount of liquid medium will be sprayed onto the water mirror lens being used. You can achieve better contrast and resolution, more efficient light collection, and enhanced sensitivity. These greatly enhance the viability of living cells.