OMAX DIN 63X/0.85 160/0 Plan Compound Microscope Objective Lens

The OMAX DIN 63X/0.85 160/0 Plan Compound Microscope Objective is an exceptional tool for professionals and enthusiasts alike. Designed with precision, this objective lens offers a magnification of 63X, making it perfect for detailed observations in various fields such as biology, materials science, and education.

With a numerical aperture of 0.85, the 63X PLAN NA/0.85 lens provides excellent resolution and contrast, allowing users to view specimens with remarkable clarity. This feature is particularly beneficial for those who require high-quality imaging for their research or studies.

The lens is constructed to DIN standards, ensuring compatibility with a wide range of microscopes. The DIN 160/0.17 objective lens is designed for easy integration, making it a versatile choice for any laboratory setup.

One of the standout features of this objective lens is its spring-loaded design. This innovative feature protects both the lens and the slides from damage during use, ensuring longevity and reliability. The mount size of 20mm thread allows for secure attachment, providing peace of mind during intricate examinations.

In addition to its impressive optical performance, the OMAX microscope objective comes with a 1-year warranty against manufacturing defects. This commitment to quality reflects the brand's dedication to customer satisfaction and product excellence. Users can trust that they are investing in a durable and reliable tool for their microscopy needs.

Whether you are a seasoned professional or a student just starting in microscopy, the OMAX DIN 63X/0.85 objective lens is an essential addition to your equipment. Its combination of high magnification, excellent resolution, and protective features makes it a top choice for anyone serious about their work.

In conclusion, the OMAX DIN 63X/0.85 160/0 Plan Compound Microscope Objective Lens is a remarkable product that meets the demands of various scientific applications. With its robust design and superior optical performance, it stands out as a reliable choice for achieving detailed observations and analyses.