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D150F750 Parabolic Newton Reflector Primary Mirror Objective - 150mm Aperture,1pcs(D150F750 parabolic Main Mirror) in Kuwait D150F750 Parabolic Newton Reflector Primary Mirror Objective - 150mm Aperture,1pcs(D150F750 parabolic Main Mirror) in Kuwait D150F750 Parabolic Newton Reflector Primary Mirror Objective - 150mm Aperture,1pcs(D150F750 parabolic Main Mirror) in Kuwait D150F750 Parabolic Newton Reflector Primary Mirror Objective - 150mm Aperture,1pcs(D150F750 parabolic Main Mirror) in Kuwait D150F750 Parabolic Newton Reflector Primary Mirror Objective - 150mm Aperture,1pcs(D150F750 parabolic Main Mirror) in Kuwait

D150F750 Parabolic Newton Reflector Primary Mirror Objective - 150mm Aperture,1pcs(D150F750 parabolic Main Mirror)

KWD 207

Brand
FVHTWKUKA
Category
Telescopes
1 +

Special Features

  • parabolic primary mirror with a 150mm aperture and 750mm focal length, devised for optimal light convergence and minimal aberrations.
  • Includes a 35mm secondary mirror, perfect for enhancing your homemade astronomical telescope setup and achieving clear, sharp images.
  • Constructed from durable glass material with an aluminum-coated surface, ensuring protection against scratches and enhancing longevity.
  • Features a center mark for easy optical calibration, allowing for precise adjustments with eyepieces for improved viewing experiences.
  • Ideal for DIY enthusiasts looking to build or upgrade their telescopes, providing essential components for effective astronomical observation.

Description

The primary mirror center mark is the core reference point of the dimming axis of the reflector telescope, which is convenient for optical calibration of the eyepiece or machine calibration of the eyepiece dimming axis after lens installation.
Please select the main mirror, or secondary mirror, or complete accessories according to your needs
Mirror-related knowledge
The difference between spherical primary mirror and parabolic primary mirror:
Spherical mirrors inherently cannot converge the light from the edges and the center together. Therefore, in cases of large aperture and short focal ratio, it will result in loose imaging, blurred edges, and other issues.
In contrast, parabolic primary mirrors have inherent advantages. They can effectively correct aberrations, so for achieving good observation results, it is recommended to use parabolic mirror type.

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