Name: 6" de Dia. x 48" FL Non Traité, Miroir Parabolique
Brand: TECHSPEC
SKU: 32-072-000
Price: €643,75

6" de Dia. x 48" FL Non Traité, Miroir Parabolique

Spécifications

Caractéristiques du produit

Type:

Parabolic Mirror

Propriétés physiques et mécaniques

Diamètre (pouces):

6.0 +0.06/-0

Diamètre (mm):

152.40 +1.5/-0

Surface Arrière:

Ground

Ouverture Utile CA (mm):

138

Épaisseur au Bord ET (pouces):

1.00

Épaisseur au Bord ET (mm):

25.40

Propriétés optiques

BOROFLOAT^®

Tolérance Distance Focale (%):

±1.5

Qualité de Surface:

60-40

Précision de Surface:

λ/8

Distance Focale EFL (pouces):

48.0

Distance Focale EFL (mm):

1,219.20

Radius of Curvature (mm):

2,438.40

Ouverture (f/#):

f/8

Traitement:

Uncoated

Type de Traitement:

Uncoated

Conformité réglementaire

RoHS:

Conforme

Certificate of Conformance:

Visionner

Description produit

Précision de Surface de λ/8
Excellente Stabilité Thermique
Différents Traitements Disponibles

Les Miroirs Paraboliques de Précision TECHSPEC^® sont disponibles pour des tailles allant de 3" (76,2 mm) à 16,25" (412,8 mm) et sont adaptés à une large gamme d’applications. Ces miroirs paraboliques sont proposés avec des traitements en aluminium protégé, en aluminium étendu ou en or protégé. Des substrats non traités sont également disponibles

TECHSPEC® Precision Parabolic Mirrors deliver exceptional optical performance for high-precision focusing and collimation across a wide wavelength range. These parabolic mirrors feature λ/8 surface accuracy and 60-40 surface quality, minimize aberrations and scattering, and ensure high reflectivity and tight focus in demanding laser, imaging, and illumination systems. They offer excellent reflectance from visible to infrared regions and are available with protected aluminum, enhanced aluminum, protected gold coatings, or uncoated. Designed with BOROFLOAT® substrates for superior thermal stability, they perform well for applications in aerospace, spectroscopy, and optical instrumentation where precise beam control is critical.

FAQ(s)

Which coating options are available for these parabolic mirrors?

Coating options include protected aluminum, enhanced aluminum for high visible reflectivity, protected gold for infrared use, and uncoated versions.

What materials are used for the mirror substrates?

BOROFLOAT® glass provides excellent thermal stability and mechanical durability, especially in temperature-sensitive environments.

In what types of applications are these parabolic mirrors typically used?

They are ideal for laser systems, optical instruments, spectroscopy setups, aerospace applications, beam collimation or focusing assemblies, and more.

How large are the available diameters for the Precision Parabolic Mirrors?

Mirror sizes range from 3 inches (76.2mm) to 16.25 inches (412.8mm), offering a wide selection for different optical design needs.

Informations techniques

Accessoires

Produits connexes

Montures Cinématiques à Cellule Optique

Miroirs (Concaves) de Focalisation

Grands Réflecteurs Paraboliques

Aide à la Sélection d'Objectifs d'Imagerie

Frequently Purchased Together

#03-670 - 137 mm Diamètre Extérieur, Monture Annulaire Ajustable à 3 Vis

€109,18

#27-501 - 100mm Dia x 200mm Focale, Lentille Condenseur PCX

€104,03

#36-474 - Monture Cinématique pour Cellule Optique, 152,4 mm/6,0" de Dia. Optique

€1.725,25

#48-666 - 9mm de Dia. x 12mm FL, non traité, Lentille PCX UV

€125,66

Ressources techniques

Filter

Rugosité des Miroirs Paraboliques Hors Axe Tournés au Diamant

Learn about spatial frequency errors and surface roughness of Single Point Diamond Turned off-axis parabolic mirrors at Edmund Optics.

View Now

Guide de sélection des miroirs paraboliques hors axe

Le guide de sélection des miroirs paraboliques hors axe (OAP) affine votre recherche d'un miroir OAP d'Edmund Optics. Voir maintenant.

View Now

Compound Parabolic Concentrators Review

Compound Parabolic Concentrators (CPCs) are concentrator lenses made from rotated parabolic shapes to create specific acceptance angles through which divergent light is collected.

View Now

I would like to use your Off-Axis Mirror in a laser application with high temperatures. What is the maximum damage threshold and temperature limit these mirrors can withstand?

View Now

How are your Off-Axis Parabolic Metal Mirrors manufactured?

View Now

When P-polarized light is incident on an elliptical metallic reflector, is the polarization of the reflected light unchanged or is it randomly polarized?

View Now