APO Full Complex Achromatic Objective Lens of Flat Field, Magnification for Metallographic and Microscopic Images, 1 pc.(20x)
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Amazon
Versatile 2X, 5X, 10X, 20X and 50X magnification options, ideal for various applications in research and industry. Designed for apochromatic flat field imaging, ensuring optical performance in different fields, such as electronic manufacturing and university research. Exceptional numerical apertures ranging from 0.055 to 0.5, providing superior light-collecting capability for detailed images. Long working distances (up to 33.7mm for 2X) allow easy handling of samples without compromising the image. High-resolution and depth of field capabilities, with resolutions up to 0.7μm at 50X, making it perfect for accurate microscopic analysis.
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513.42
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€ 513.42 |
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€ 513.42 |
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Description
Amazon
Versatile 2X, 5X, 10X, 20X and 50X magnification options, ideal for various applications in research and industry. Designed for apochromatic flat field imaging, ensuring optical performance in different fields, such as electronic manufacturing and university research. Exceptional numerical apertures ranging from 0.055 to 0.5, providing superior light-collecting capability for detailed images. Long working distances (up to 33.7mm for 2X) allow easy handling of samples without compromising the image. High-resolution and depth of field capabilities, with resolutions up to 0.7μm at 50X, making it perfect for accurate microscopic analysis.
Versatile 2X, 5X, 10X, 20X and 50X magnification options, ideal for various applications in research and industry. Designed for apochromatic flat field imaging, ensuring optical performance in different fields, such as electronic manufacturing and university research. Exceptional numerical apertures ranging from 0.055 to 0.5, providing superior light-collecting capability for detailed images. Long working distances (up to 33.7mm for 2X) allow easy handling of samples without compromising the image. High-resolution and depth of field capabilities, with resolutions up to 0.7μm at 50X, making it perfect for accurate microscopic analysis.