Microscope Objective Lens LWD M 10
Microscope Objective Lens LWD M 10

Microscope Objective Lens LWD M 10

Used Microscope Objective Lens RMS thread


  • The Microscope Objective Lens LWD M 10 is a type of microscope objective lens with a Long Working Distance (LWD) of 10mm. It is used in microscopy applications to provide high-resolution images of samples at a distance, making it useful for a variety of research, industrial, and educational purposes. Some of the applications of the Microscope Objective Lens LWD M 10 include: - Biological research: It can be used to examine living cells and tissues in a non-invasive way. - Material science: It can be used to examine the structure and composition of materials such as metals and ceramics. - Industrial inspection: It can be used for quality control and inspection of small components and devices. - Education: It can be used in classroom settings to teach students about microscopy and biological sciences. Some of the benefits and advantages of using the Microscope Objective Lens LWD M 10 include: - High-resolution imaging: It provides clear and detailed images of samples, allowing for accurate analysis and interpretation. - Non-invasive: It can examine living samples without damaging them, making it ideal for biological research. - Versatile: It can be used for a wide range of applications, making it a valuable tool in various fields. - Easy to use: It can be easily integrated with various types of microscopes, making it a convenient addition to any laboratory. In terms of optical performance, the Microscope Objective Lens LWD M 10 is designed to provide high numerical aperture (NA) and high resolution, resulting in clear and detailed images of samples. It also has a large field of view and a long working distance, making it suitable for examining samples with varying sizes and shapes. In terms of dimensions, the Microscope Objective Lens LWD M 10 typically has a diameter of 20mm and a length of 32mm. However, the dimensions may vary depending on the manufacturer and model.

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