Astronomiespiegel
Astronomiespiegel sind optische Präzisionskomponenten für Newton- und Reflektorteleskope, die als Primär- und Sekundärspiegel mit parabolischen, sphärischen oder elliptischen Oberflächen für die Montage von DIY- und kommerziellen Teleskopen geliefert werden.
The Astronomy Mirror range covers 12 catalogue items. Models in this range include D305F1200 305mm Telescope Main Mirror Parabolic Primary Mirror Large Diameter; D203F1600 Newton Reflector Objective Primary Mirror Astronomical Telescope; D150F750 Parabolic Reflector Spherical Primary Mirror for Astronomical Telescope; D130F650 Newton Reflection Primary Mirror for DIY Astronomical Telescope. Every item is listed with the specification published for it, so a model can be compared on working distance, magnification, interface and fitment rather than on a description.
Every Astronomy Mirror In Stock
Alle 12 Artikel in dieser Kategorie, vollständig aufgeführt.
D305F1200 305mm Teleskop Hauptspiegel Parabolischer Primärspiegel großer Durchmesser
Details zur Ansicht
D203F1600 Newton Reflektor Objektiv Primärspiegel Astronomisches Teleskop
Details zur Ansicht
D150F750 Parabolreflektor Sphärischer Primärspiegel für astronomisches Teleskop
Details zur Ansicht
D130F650 Newton Reflexion Primärspiegel für DIY Astronomisches Teleskop
Details zur Ansicht
D127F900 Newton Reflexion Primärspiegel für DIY Astronomisches Teleskop
Details zur Ansicht
D76F700 Newton Reflektor Objektiv Primärspiegel Astronomisches Teleskop
Details zur Ansicht
D76F300 Astronomical Telescope Reflektor Objektiv Reflexion Primärspiegel
Details zur Ansicht
D51F219 Durchmesser 51mm Refraktives Grünfilmteleskop Achromatisches Objektiv
Details zur Ansicht
D203F750 Teleskop Primärspiegel Objektivlinsengruppe Brennweite 750 mm
Details zur Ansicht
D114F900 Newtonsches Teleskop Astronomische Reflexion der Objektivlinse
Details zur Ansicht
20/25/28/30/35/40/42/45/ 50/54/60/70/80/90mm astronomischer Teleskop-Sekundärspiegel
Details zur Ansicht
Fester Durchmesser 50 mm bis 225 mm Aluminiumlegierung Solarfilter Sonnenfilm
Details zur AnsichtWhat Goes Wrong Without the Right Astronomy Mirror
- A mismatched primary mirror causes spherical aberration and blurry images at the focal plane
- A secondary mirror with incorrect minor axis dimension cannot align properly with the optical axis
- An uncoated or poorly coated mirror reduces light reflection and lowers image brightness
- A mirror with insufficient edge thickness may crack under thermal stress during telescope use
- Incorrect focal length prevents proper eyepiece or camera focus in the optical train
Wer kauft aus dieser Kategorie
- DIY telescope builders assembling Newtonian or reflector designs
- Astronomy hobbyists upgrading or replacing mirrors in existing telescope systems
- Bildungseinrichtungen, die Optik und Teleskopmechanik unterrichten
- Small-scale telescope manufacturers sourcing component-level mirrors
- Amateur astronomers replacing worn or damaged mirrors in their instruments
Warum diese Artikel
- Parabolic and spherical primary mirrors are machined to 1/6 PV or better for accurate light focus
- Aluminum reflective coating with silica protective film maintains high reflectivity over time
- Secondary mirrors supplied with correct minor axis dimensions to match the primary mirror
- Mirrors available in standard sizes from 51mm to 305mm diameter for common telescope calibers
- Focal lengths range from 219mm to 1600mm, supporting a variety of telescope designs
Wo diese verwendet werden
- Replacing a damaged primary mirror in a 127mm Newtonian telescope with a D127F900 unit
- Building a 305mm Newtonian reflector using the D305F1200 main mirror and matching secondary
- Aligning a 150mm parabolic mirror (D150F750) with a 35mm minor axis secondary for a high-precision setup
- Using a D76F700 primary mirror group in a compact DIY astronomical telescope
- Matching a 203mm spherical mirror (D203F1600) with a 40mm minor axis secondary for a large reflector
Bevor Sie bestellen
- Compare the Astronomy Mirror models on the figure that decides the job, not on the headline magnification
- Bestätigen Sie die Schnittstellendimension gegenüber Geräten, die Sie bereits besitzen, bevor Sie bestellen
- Senden Sie die Aufgabe sowie die Modellnummer, damit die Konfiguration überprüft werden kann
- Fordern Sie eine schriftliche Bestätigung einer Zahl an, von der ein Angebot oder eine Prüfung abhängt
Häufig gestellte Fragen
What is the difference between a parabolic and spherical primary mirror?
A parabolic mirror corrects spherical aberration and focuses light to a single point, while a spherical mirror introduces slight aberration but is easier to manufacture and suitable for shorter focal ratios.
Can I use a secondary mirror from another brand with these primary mirrors?
Only if the minor axis dimension and shape (elliptical or plane) match the primary mirror's design. Mismatched dimensions cause misalignment and image distortion.
What does 1/6 PV mean in mirror specifications?
PV stands for Peak to Valley, a measure of surface accuracy. 1/6 PV means the mirror surface deviates from the ideal shape by no more than one-sixth of a wavelength of light, indicating high precision.
Are the mirrors coated before shipping?
Yes. All mirrors are aluminized with a protective silica film to prevent oxidation and maintain reflectivity.
Can I order just the secondary mirror without the primary?
Yes. Secondary mirrors are sold as standalone components in this category.
Get A Price On Astronomy Mirror
Senden Sie die Modellnummern, die Sie in Betracht ziehen, oder beschreiben Sie die Aufgabe und lassen Sie sie uns für Sie in die engere Wahl ziehen.