Zeiss metallographic microscope Axio Examiner

Introduction to Zeiss metallographic microscope Axio Examiner:

Used for the research and application of patch clamp technologyZeiss metallographic microscopeAxio Examiner is a fixed stage microscope used for conducting detection and patch clamp experiments on nerve cells and brain slices.

It optimizes the overall design, with the characteristics of low vibration and large space, suitable for micro operation and installation of patch clamp accessories. Zeiss metallographic microscope Axio Examiner is suitable for low-noise single

Channel signal recording: All drive motors are immediately turned off upon reaching the target position. In addition, it can also activate the active grounding function with one click. This ensures that all potential energy is fully released. Not interfering with the ongoing process

Experiment: Remote control of all electric functions through an extended base or ZEN imaging software.

Zeiss metallographic microscope Axio Examiner features:

Flexible mainframe design with 2 types of lower mirror frame components, 4 types of upper mirror frame components, and multiple interfaces. The mainframe models are divided into A1, D1, and Z1。

You can choose electric accessories for the z-axis focusing screw, transmitted light shutter, spotlight adjustment handle, reflected light module dial, or reflected light shutter. All drive motors will automatically cut off power when they reach the target position. 'Drive'

The 'power off' function of the motor can also provide active grounding.

When focusing on a fixed stage microscope, there is no need to move the sample, but to move the objective lens.

The sample can be operated from the side and front, with a sample space exceeding 100 mm.

Under confocal laser scanning or multiphoton microscopy, the new LD Plan APOCHOMAT 20x/1.0 objective lens can detect signals at a depth of 6 mm within intact tissue using a calibration ring.

Each spotlight can be equipped with a 360 degree rotatable adjustment plate to integrate the oblique lighting mode.

”Axio Examiner can use the Dodt observation method to observe thicker brain slices.

Ultra deep tissue imaging

LD Plan APOCHOMAT 20x/1.0: Ultra Deep Imaging for Confocal Laser Scanning and Multiphoton Microscopy Technology
Observation of neural networks in the brain without damage: LD Plan APOCHOMAT 20x/1.0 objective lens can penetrate tissues to a depth of nearly 6 millimeters, achieving excellent subcellular resolution imaging.

LD Plan APOCHOMAT 20x/1.0 ushers in a new era of optical penetration depth for biological samples - particularly suitable for research in mammalian brains. Compared to traditional multiphoton microscopes, it allows for deeper observation of tissues - up to 6 times deeper than traditional multiphoton microscopes, and up to 60 times deeper than traditional laser scanning microscopes.

Even when observing deeper samples, the image quality presented will leave you amazed, especially in the fields of basic neurobiology research and neural network mapping, where further progress is expected.

Use this objective lens for laser scanning and multiphoton microscopy imaging. Establish multi-channel fluorescence experiments. You can even perform spectral imaging.
The use of LD Plan APOCHOMAT 20x/1.0 objective lens for histological sectioning experiments has become a thing of the past. Nowadays, three-dimensional reconstruction of tissue components such as cell populations and cell components can be performed more clearly, quickly, and reliably. No mechanical cutting is required to avoid gaps that may hinder or even damage the reconstruction.

LD Plan APOCHOMAT 20x/1.0 is only applicable to Axio Examiner system.