D150F750 parabolic Newton Reflector Primary Mirror with 35mm Secondary 1pcs(D150F750 Main Mirror)
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Parabolic Primary Mirror with a 150mm aperture and 750mm focal length, devised for optimal light convergence and reduced aberrations. Includes a 35mm secondary mirror, perfect for enhancing your DIY astronomical telescope projects and achieving superior image clarity. Constructed from durable glass material with an aluminum film coating to protect against scratches and ensure longevity. Features a convenient center mark for easy optical calibration, making it simple to align your eyepiece or machine calibration tools. Ideal for amateur astronomers and DIY enthusiasts looking to build or upgrade their own telescopes with components.
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€ 851.22 |
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€ 851.22 |
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Description
Amazon
Parabolic Primary Mirror with a 150mm aperture and 750mm focal length, devised for optimal light convergence and reduced aberrations. Includes a 35mm secondary mirror, perfect for enhancing your DIY astronomical telescope projects and achieving superior image clarity. Constructed from durable glass material with an aluminum film coating to protect against scratches and ensure longevity. Features a convenient center mark for easy optical calibration, making it simple to align your eyepiece or machine calibration tools. Ideal for amateur astronomers and DIY enthusiasts looking to build or upgrade their own telescopes with components.
Parabolic Primary Mirror with a 150mm aperture and 750mm focal length, devised for optimal light convergence and reduced aberrations. Includes a 35mm secondary mirror, perfect for enhancing your DIY astronomical telescope projects and achieving superior image clarity. Constructed from durable glass material with an aluminum film coating to protect against scratches and ensure longevity. Features a convenient center mark for easy optical calibration, making it simple to align your eyepiece or machine calibration tools. Ideal for amateur astronomers and DIY enthusiasts looking to build or upgrade their own telescopes with components.