Effectively reduce reflection on the surface of lens, improve image clarity and detail expression
Ensures the stability and reliability of the observation device, reducing shaking during observation
Absorb excess light, prevent light reflection interference, and provide clearer and accurate images
All metal construction, durable steady for a long-term use.
For terrestrial or astronomical use, the mirror produces a face-up, non-inverted image with correct daytime orientation
Why are reflecting telescopes not suitable for use with diagonal mirrors?
Generally, the optical structure of the reflecting telescope does not reserve the optical path of the diagonal mirror, and after adding it; due to the structure of the reflecting telescope, it is not convenient to use with the diagonal mirror.
What are the benefits of high reflectivity for diagonal mirrors?
The higher the reflectivity of the diagonal mirror, the greater the light transmittance and the clearer the image
What is the difference between a prism diagonal mirror and a reflective diagonal mirror?
The prism-type diagonal mirror has less scattered light. It is more suitable for a long focal ratio telescope. The reflective diagonal mirror has chromatic aberration Smaller, but has some stray light, better suited for short focal ratio telescopes
In what scenarios can a diagonal mirror be used?
It can be used for astronomical scene observation when used with an astronomical telescope; it can be used for ground observation when used with a spotting scope
Size: | 1.25inch |
Optical Design: | Prism Diagonal |
Inner Connection (Lens Sided): | Thread M28.5x0.6 |
Outer Connection (Lens Sided): | Barrel 1.25inch |
Inner Connection: | Clamp 1.25inch |
Coating: | Anti-reflection coating |
Image Orientation: | Erect image, non-reversed |
Optical Length: | appr. 65.6mm |
Clamping System: | Screw clamps |
Deflection Angle: | 90° |
Clear Aperture: | 19mm |
Body Material: | CNC Metal Aluminum |
Prism Material: | BK7 |
Net Weight: | 153.8g/5.43oz |