Spherical High Resolution Eyepiece 1.25 Inch Telescopic Lens 62 Degree Ultra Wide Angle Accessory Adapter 4 mm for Microscope
Prices from
COMPARE ALL WEBSHOPS
(2)
Amazon
Aspherical 4mm wide angle eyepiece with 62 degree allows maximum detail and resolution entire field of view Opticocular glass provides excellent image contrast and light transmission and ensure maximum detail and definition of the entire field of view Standard connection diameter of 1.25 inches / 31.75 mm, can be used in most astronomical telescopes with a 1.25 inch focuser For lenses with the same refractive index; aspherical 62 degree eyepiece thinner and lighter than spherical eyepiece Provide high magnifications, look at the moon surface and other planets more accurately and in detail to observe the moon and planets
Read more
16.79
Featured
|
€ 16.79 |
To Shop
|
|
€ 16.79 |
To Shop
|
Description
Amazon
Aspherical 4mm wide angle eyepiece with 62 degree allows maximum detail and resolution entire field of view Opticocular glass provides excellent image contrast and light transmission and ensure maximum detail and definition of the entire field of view Standard connection diameter of 1.25 inches / 31.75 mm, can be used in most astronomical telescopes with a 1.25 inch focuser For lenses with the same refractive index; aspherical 62 degree eyepiece thinner and lighter than spherical eyepiece Provide high magnifications, look at the moon surface and other planets more accurately and in detail to observe the moon and planets
Aspherical 4mm wide angle eyepiece with 62 degree allows maximum detail and resolution entire field of view Opticocular glass provides excellent image contrast and light transmission and ensure maximum detail and definition of the entire field of view Standard connection diameter of 1.25 inches / 31.75 mm, can be used in most astronomical telescopes with a 1.25 inch focuser For lenses with the same refractive index; aspherical 62 degree eyepiece thinner and lighter than spherical eyepiece Provide high magnifications, look at the moon surface and other planets more accurately and in detail to observe the moon and planets