Complete Kern Microscope Objective Lens Obb-a1595 Perfect Gift [waETP7rt]

Complete Kern Microscope Objective Lens Obb-a1595 Perfect Gift [waETP7rt]: Precision and Quality Assured

Discover the exceptional quality of the Complete Kern Microscope Objective Lens Obb-a1595 Perfect Gift [waETP7rt], a reliable tool for precise optical analysis. This lens is designed to enhance the performance of your microscope, providing clear and detailed images for a wide range of applications. With its Infinity PH-Plan design, the OBB-A1595 delivers unparalleled sharpness and contrast, making it an ideal choice for both beginners and experienced users.

Advanced Specifications and Performance

The Complete Kern Microscope Objective Lens Obb-a1595 Perfect Gift [waETP7rt] boasts impressive technical specifications. With a magnification of 100x and a numerical aperture of 0.85, it offers exceptional resolution and clarity. The lens features a working distance of 3 mm, allowing for comfortable observation without compromising image quality. Additionally, the lens is crafted with precision engineering, ensuring durability and reliability over time. Here are some key features and benefits:

• Magnification: 100x
• Numerical Aperture: 0.85
• Working Distance: 3 mm

Applications and Benefits

The Complete Kern Microscope Objective Lens Obb-a1595 Perfect Gift [waETP7rt] is a versatile tool suitable for various applications, including the analysis of optically active solutions in the laboratory. Its high magnification and clear imaging capabilities make it an excellent choice for researchers, educators, and professionals in the field of microscopy. By enhancing the performance of your microscope, this lens can help you achieve more accurate and reliable results. Whether you're a student, scientist, or hobbyist, the OBB-A1595 offers the following benefits:

• Improved Resolution: Achieve crisp and clear images for better observation
• Enhanced Contrast: Experience vivid details and deeper insights
• Reliable Performance: Depend on the precision and durability of Kern's products