Leica DM4 P upright polarizing microscope

Obtain excellent results
You need some components to achieve polarization research goals. The following are important components:
☆ Stress free optical components, as you need to ensure that the observed birefringence comes from the sample rather than the optical component
　　☆LED lighting, as this type of lighting can uniformly illuminate the sample and has a constant color temperature
　　☆Polarizers help you see birefringence, and a rotating table helps you align the sample with the optical axis
　　☆You also need a Burgundy mirror for conical observation of the optical axis and a compensator for measurement tasks
　　

If you want to perform various operations under a polarizing microscope, you can use a Leica DM4 P upright polarizing microscope.
　 ☆Store and call information through coding components
　　☆When you want to replace the objective lens, you can call up the settings for illumination intensity and aperture through the illumination intensity control and contrast manager.
　　☆Thanks to the existence of the encoding objective disc, the captured images are always calibrated.
　　☆Identify structures of interest
　　☆The 25mm large field of view brings you a perfect overview image.
　　☆The specific information you need is often presented at a low magnification, rather than detailed images - think of flow structures, deformation structures, or strip-shaped arrangements caused by cooling processes.
　　☆Let the objective lens turntable handle it!
　　
Using an objective disc equipped with 6 objectives and different magnifications to obtain rich sample information.
　　☆Using a 2.5-fold overview objective lens can identify macroscopic structures in the sample
　　☆If you want to conduct a detailed study of optical properties using the cone light method, you can switch to a magnification of 63 times
　　☆Switching to 100 times can verify phase reactions along particle boundaries
　　☆And the objective lens turntable is also encoded, providing you with intelligent support.
　　☆Make full use of two types of lighting materials
　　

You can configure the Leica DM4 P polarized microscope with LED illumination using either transmitted or incident light, or you can configure it to use both light sources at once.
　　☆When measuring reflectivity, incident light must be used, such as observing ores or coal.
　　☆When conducting birefringence measurements, it is necessary to use transmitted light, such as detecting geological thin sections, polymer films, or drugs.
　　☆In special applications such as geological research, both types of light are essential.
　　☆When the microscope is configured to use both incident and transmitted light, the relevant objective lens (with or without cover glass correction function) should be used starting from a magnification of>10x.
　　

Your choice: Leica DM4 P upright polarizing microscope

　　☆With the functionality of coding, it can flexibly adapt to various tasks, operate safely and simply, and is suitable for academic research, novice operators, or multi-user users
　　☆environment
　　☆6-digit encoding adjustable objective lens turntable
　　☆Lighting and contrast management to achieve reproducible results
　　☆Encoding cone light method, using a 1.6x magnification adjuster
　　☆LED lighting
　　☆Status display
　　☆360 ° rotating table, with or without a 45 ° locking device
　　☆Stress free optical components
　　☆Polarization equipment has a wide range of applications
　　☆Fixed or variable compensator, compliant with DIN 58879