Instrument promises a new era of flexibility and performance with modular platform, new objectives and enhanced imaging in all contrasting techniques
An innovative materials microscope launched by Carl Zeiss will usher in a new era of flexibility and performance, says the company.
Based on an entirely new modular platform, the Axio Imager is said to offer an unrivalled upgrade pathway to a fully automated digital imaging system without compromising image quality in the entry-level model.
All Axio Imager microscopes incorporate a novel reflected-light illumination system that significantly improves imaging quality in all contrasting techniques, including brightfield, darkfield or C-Dic.
The vibration-free imaging cell is isolated within the stand for optimum stability and unparalleled precision.
This is combined with new enhanced contrast objectives for optimised image quality and contrast.
The stand also houses the microscope's core intelligence systems, a complex of software elements that automatically recognise components as they are added, such as filter wheels and objectives.
In addition, the embedded contrast manager ensures simple changes between contrasting techniques while integrated data interfaces permit communication via USB and TCP/IP, making integration into a network or complete remote control quick and simple.
This intelligent stand represents was the winner in a recent Microsoft-sponsored competition.
The capability to motorise all the stand functions will allow laboratories to automate every function of the Axio Imager.
This ensures high reproducibility and repeat accuracy and sustained sample throughput.
The modular design of the microscope allows it to expand as application demands grow.
Potential uses include QC inspection in production environments and routine and research laboratories within metallography, materials science, engineering, and geology.
Together with the AxioCam range of digital microscope cameras and AxioVision software, Axio Imager is the sophisticated solution for materials imaging requirements now and in the future, says Carl Zeiss.
