High Precision Triangle Optical Prism 40x40x40mm - K9 Material for Light Deflection and Beam Offset
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Amazon
Made from high quality K9 optical glass that ensures the highest clarity and durability for precise optical applications. Designed to deflect light at a 90° angle, it is ideal for experiments and optical setups that require accurate light manipulation. Features excellent surface accuracy of /[email protected] and high precision with a shape tolerance of ±0.1mm for reliable performance. This acid and weather resistant prism is suitable for various environments, including laboratory and outdoor environments. Perfect for education, scientific research and optical experiments and offers a versatile solution for beam offset and imaging.
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135.70
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€ 135.70 |
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€ 135.70 |
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Description
Amazon
Made from high quality K9 optical glass that ensures the highest clarity and durability for precise optical applications. Designed to deflect light at a 90° angle, it is ideal for experiments and optical setups that require accurate light manipulation. Features excellent surface accuracy of /[email protected] and high precision with a shape tolerance of ±0.1mm for reliable performance. This acid and weather resistant prism is suitable for various environments, including laboratory and outdoor environments. Perfect for education, scientific research and optical experiments and offers a versatile solution for beam offset and imaging.
Made from high quality K9 optical glass that ensures the highest clarity and durability for precise optical applications. Designed to deflect light at a 90° angle, it is ideal for experiments and optical setups that require accurate light manipulation. Features excellent surface accuracy of /[email protected] and high precision with a shape tolerance of ±0.1mm for reliable performance. This acid and weather resistant prism is suitable for various environments, including laboratory and outdoor environments. Perfect for education, scientific research and optical experiments and offers a versatile solution for beam offset and imaging.