BX53-P Olympus polarizing microscope parameter image quotation

BX53-P Olympus polarizing microscope parameter image quotation

BX53-P Olympus polarizing microscope parameter image quotationJintong Instrument provides nationwide sales quotations

The performance of the Olympus BX53-P polarizing microscope in polarizing applications is provided by the combination of the UIS2 infinity correction optical system and * optical design. The expandable compensator provides BX53-P with sufficient functionality to handle any observation and measurement applications in related fields.

UIS2Optical components provide excellent scalability

The advantage of Olympus polarizing microscope BX53-P infinite correction is that the UIS2 optical system prevents a decrease in the performance of the optical microscope and eliminates the influence on the optical magnification of the microscope, even if polarizing elements such as polarizer, color plate or compensator are inserted in the optical path. While maintaining a high level of system flexibility, BX53-P is also compatible with the intermediate attachments of BX3 series system microscopes, as well as cameras and imaging systems

The banded structure of plagioclase in quartz diorite. *The ruler displays the actual size of the sample

MBBAOptical structure * ruler displays the actual size of the specimen

Upgrading polarization characteristics

ACHN-PThe exquisite design and production technology used in the UPLFLN-P microscope are seamlessly integrated with the microscope. The BX53-P polarizing microscope is equipped with high EF color filters in the polarizer and analyzer, providing * image contrast. To meet the diverse requirements of research and application, the universal UPLFLN-P series objective lens adopts a design suitable for multiple observation methods, including Nomarski DIC and fluorescence microscopy observation, as well as polarization observation.(Source: Chengguan Instrument)
* EFThe attenuation coefficient is the brightness ratio between parallel and cross polarized filters. The higher the EF value, the better the extinction effect.

Various types of compensators

Olympus BX53-PThe microscope can use 6 different compensators to measure various horizontal delays ranging from 0 to 20 λ. To make the measurement easier, a direct reading method is also provided. Using Senamont * or Brace Koehler compensators can achieve higher image contrast and change the level of delay throughout the entire field of view.
* Compared to the green filter IF 546 or IF 550.

Upgrading polarization characteristics

ACHN-PThe exquisite design and production technology used in the UPLFLN-P microscope are seamlessly integrated with the microscope. The BX53-P polarizing microscope is equipped with high EF color filters in the polarizer and analyzer, providing * image contrast. To meet the diverse requirements of research and application, the universal UPLFLN-P series objective lens adopts a design suitable for multiple observation methods, including Nomarski DIC and fluorescence microscopy observation, as well as polarization observation.(Source: Chengguan Instrument)
* EFThe attenuation coefficient is the brightness ratio between parallel and cross polarized filters. The higher the EF value, the better the extinction effect.

Various types of compensators

Olympus BX53-PThe microscope can use 6 different compensators to measure various horizontal delays ranging from 0 to 20 λ. To make the measurement easier, a direct reading method is also provided. Using Senamont * or Brace Koehler compensators can achieve higher image contrast and change the level of delay throughout the entire field of view.
* Compared to the green filter IF 546 or IF 550.

Upgrading polarization characteristics

ACHN-PThe exquisite design and production technology used in the UPLFLN-P microscope are seamlessly integrated with the microscope. The BX53-P polarizing microscope is equipped with high EF color filters in the polarizer and analyzer, providing * image contrast. To meet the diverse requirements of research and application, the universal UPLFLN-P series objective lens adopts a design suitable for multiple observation methods, including Nomarski DIC and fluorescence microscopy observation, as well as polarization observation.(Source: Chengguan Instrument)
* EFThe attenuation coefficient is the brightness ratio between parallel and cross polarized filters. The higher the EF value, the better the extinction effect.

Various types of compensators

Olympus BX53-PThe microscope can use 6 different compensators to measure various horizontal delays ranging from 0 to 20 λ. To make the measurement easier, a direct reading method is also provided. Using Senamont * or Brace Koehler compensators can achieve higher image contrast and change the level of delay throughout the entire field of view.
* Compared to the green filter IF 546 or IF 550.

Sharp Images in Orthogonal Mirror and Conical Mirror Imaging

After using the U-CPA cone lens to observe the attachment, switching between orthogonal polarization and cone lens observation is simple and fast. The focusing of cone lens imaging is easy and accurate. The use of a Burgundy lens field stop enables it to continuously capture sharp and clear cone light images.

1. U-CPA,2. U-P4RE, 3. U-AN360P-2, 4. U-OPA, 5. U-POC-2

Robust and precise rotating stage

The rotating alignment device installed on the Olympus polarizing microscope BX53-P rotating stage can smoothly rotate the specimen. In addition, for precise measurement, there is a click stop device every 45 degrees. If a dual mechanical stage is added, it can further achieve small X-Y movements.