Olympus microscope CX23 historical low price

Olympus microscope CX23 historical low price

1. optical systemAdopting an infinite distance correction optical system with *, it can provide clear and high contrast images. This optical system reduces aberrations and chromatic aberration, making the observed sample details sharper. Whether for thin slices or thick samples, it can present high-quality imaging effects and help accurately distinguish the fine structures of the sample.

2. lighting systemEquipped with Kohler lighting system, it can achieve uniform lighting effect. By adjusting the collection mirror, aperture stop, and field stop, the intensity and uniformity of illumination can be precisely controlled based on the characteristics of the sample and observation requirements. This ensures that all parts of the sample can be clearly illuminated at different magnifications, providing good lighting conditions for accurate observation and analysis.

3. Zoom functionMultiple magnification options are available, and common combinations of eyepiece and objective lenses can be achievedContinuous amplification from 40X to 1000X. For example, combining a 10X eyepiece and a 4X objective lens can achieve a magnification of 40X, while combining a 10X eyepiece and a 100X oil lens can achieve a high magnification of 1000X. This wide magnification range enables the microscope to meet different needs from low magnification macroscopic observation to high magnification microscopic detail observation.

4. stageThe stage design is reasonable, with good stability and operability. It can conveniently place and fix sample slides, and can be moved by moving the handleX. Accurate movement in the Y-axis direction, with a large range of movement, facilitates the search for specific areas on the sample for observation, while also ensuring the stability of the sample during the observation process, avoiding the impact of shaking on the observation effect.

5. Focusing systemAdopting a focusing method that combines coarse and fine tuning. Coarse adjustment can quickly change the distance between the objective lens and the sample, making the sample roughly imaged within the field of view; Fine tuning enables precise focus adjustment to obtain the clearest image. This dual focus system design not only improves operational efficiency but also ensures clear imaging, making it easier for even unskilled operators to find clear images.

6. Anti mold functionConsidering that microscopes are prone to mold growth in humid environments, which can affect their optical performance, Olympus microscopesCX23 has an anti mold design. Its optical components have undergone special treatment, using anti mold materials or anti mold coatings, effectively preventing the growth of mold on the optical lenses, extending the service life of the microscope, and ensuring long-term stable optical performance.

Olympus microscope CX23 historical low price

1. Biological field：

Cell observationIn cell biology research, researchers can utilizeCX23 microscope observes the morphology, structure, and growth status of cells. For example, observing the structure of animal cell membranes, nuclei, cytoplasm, and organelles such as plant cell walls and chloroplasts. By observing at different magnifications, it is possible to study the changes in cells under different physiological states, such as the morphological changes of chromosomes during cell division, providing important observation methods for basic research in cell biology.

Microbial ResearchFor microorganisms such as bacteria and fungi,The CX23 microscope can be used to observe their morphology, size, arrangement, and other characteristics. This helps with the classification and identification of microorganisms, such as distinguishing different forms of bacteria such as cocci, bacilli, and spirochetes, as well as determining the mycelial morphology and spore characteristics of fungi. Meanwhile, the growth of microorganisms under different cultivation conditions can also be observed, providing intuitive basis for microbiological research.

2. medical field：

Pathological diagnosisIn the pathology department of the hospital, pathologists utilizeCX23 microscope observes pathological sections to diagnose diseases. By observing the morphological changes of tissue cells, such as cell atypia and mitosis, the benign and malignant nature of tumors can be determined, providing important diagnostic basis for clinical treatment. In addition, for infectious diseases, you can also observe the presence of pathogens in the tissue to help diagnose the type of infection.

Hematological analysisUsed for observing blood smears and analyzing the morphology and quantity of blood cells. It can identify various blood cells, such as red blood cells, white blood cells, platelets, etc., and detect whether there are abnormalities in blood cells, such as morphological changes in red blood cells in anemia patients and abnormal proliferation of white blood cells in leukemia patients, providing assistance for the diagnosis and treatment monitoring of hematological diseases.

3. education sector：

School teachingIn high school and university biology teaching,CX23 microscope is a commonly used teaching tool. Students can personally operate microscopes to observe various biological samples, such as plant leaf slices, animal tissue slices, etc., combining theoretical knowledge from textbooks with practical observations to better understand biological knowledge. This intuitive teaching method can stimulate students' interest in learning and improve teaching effectiveness.

Experimental coursesIn experimental courses, students can utilizeCX23 microscope is used for experimental operations to cultivate experimental skills and scientific exploration abilities. For example, conducting cell mitosis observation experiments, microbial culture and observation experiments, etc., allowing students to master the use of microscopes, learn sample preparation and observation skills through hands-on operation, and lay a foundation for future scientific research.

4. Materials Science Field：

Observation of Material MicrostructureFor metals, ceramics, polymer materials, etc,The CX23 microscope can be used to observe the microstructure of materials. For example, observing the grain size, morphology, and distribution of metal materials to understand the influence of processing technology on their microstructure. For ceramic materials, the internal pores, grain boundaries, and other structures can be observed to evaluate the performance of the material. This helps materials scientists optimize the preparation process of materials and improve their performance.

Material defect detectionCapable of detecting defects in materials, such as cracks, inclusions, etc. By observing the microscopic defects on the surface or inside of materials, the quality and reliability of materials can be evaluated, providing a basis for material quality control and product improvement. For example, in electronic product manufacturing, microscopic observation of solder joint materials on circuit boards is carried out to detect defects such as virtual soldering and cracks, ensuring the performance and reliability of the product.