25mm gives a low magnification which is optimal for locating objects or for seeing the Moon or other large objects in their entirety. And then, when you have enjoyed observing the object, you can move to the next step - the 10mm eyepiece.10mm Eyepiece - for seeing more detailThe smaller the focal length, the greater the magnification. 10mm gives you a middle-range magnification for going into more detail. For example, in a telescope with a 750mm focal length, 75X magnification. Or in a telescope with a 1000mm focal length, 100X magnification.Your observing could look like thisSo you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

What iseyepiecein microscope

The 25mm eyepiece - for getting started observing the night sky25mm gives a low magnification which is optimal for locating objects or for seeing the Moon or other large objects in their entirety. And then, when you have enjoyed observing the object, you can move to the next step - the 10mm eyepiece.10mm Eyepiece - for seeing more detailThe smaller the focal length, the greater the magnification. 10mm gives you a middle-range magnification for going into more detail. For example, in a telescope with a 750mm focal length, 75X magnification. Or in a telescope with a 1000mm focal length, 100X magnification.Your observing could look like thisSo you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

So you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

Objectivelens

A telescope and its eyepieces - they go together like a camera and its lenses. Only when you insert an eyepiece into a telescope do you see first an image and the magnification it gives. This very competitively priced eyepiece set consists of a 10mm and a 25mm eyepiece. These two 1.25 inch eyepieces can be the basic accessories for your first observing.The 25mm eyepiece - for getting started observing the night sky25mm gives a low magnification which is optimal for locating objects or for seeing the Moon or other large objects in their entirety. And then, when you have enjoyed observing the object, you can move to the next step - the 10mm eyepiece.10mm Eyepiece - for seeing more detailThe smaller the focal length, the greater the magnification. 10mm gives you a middle-range magnification for going into more detail. For example, in a telescope with a 750mm focal length, 75X magnification. Or in a telescope with a 1000mm focal length, 100X magnification.Your observing could look like thisSo you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

Omegon 10mm and 25mm eyepiece set - magnify objects to observe more detailA telescope and its eyepieces - they go together like a camera and its lenses. Only when you insert an eyepiece into a telescope do you see first an image and the magnification it gives. This very competitively priced eyepiece set consists of a 10mm and a 25mm eyepiece. These two 1.25 inch eyepieces can be the basic accessories for your first observing.The 25mm eyepiece - for getting started observing the night sky25mm gives a low magnification which is optimal for locating objects or for seeing the Moon or other large objects in their entirety. And then, when you have enjoyed observing the object, you can move to the next step - the 10mm eyepiece.10mm Eyepiece - for seeing more detailThe smaller the focal length, the greater the magnification. 10mm gives you a middle-range magnification for going into more detail. For example, in a telescope with a 750mm focal length, 75X magnification. Or in a telescope with a 1000mm focal length, 100X magnification.Your observing could look like thisSo you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

Eyepiece lensmicroscope

Eyepiece lensprice

Eyepiece lensfunction

Great product,good quality,and the price is very good,shipment fast,packing very high quality. Apsolutly recomended!!!

The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

Eyepiece lensdefinition

The smaller the focal length, the greater the magnification. 10mm gives you a middle-range magnification for going into more detail. For example, in a telescope with a 750mm focal length, 75X magnification. Or in a telescope with a 1000mm focal length, 100X magnification.Your observing could look like thisSo you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

10mm Eyepiece - for seeing more detailThe smaller the focal length, the greater the magnification. 10mm gives you a middle-range magnification for going into more detail. For example, in a telescope with a 750mm focal length, 75X magnification. Or in a telescope with a 1000mm focal length, 100X magnification.Your observing could look like thisSo you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

Omegon 10mm and 25mm eyepiece set - magnify objects to observe more detailA telescope and its eyepieces - they go together like a camera and its lenses. Only when you insert an eyepiece into a telescope do you see first an image and the magnification it gives. This very competitively priced eyepiece set consists of a 10mm and a 25mm eyepiece. These two 1.25 inch eyepieces can be the basic accessories for your first observing.The 25mm eyepiece - for getting started observing the night sky25mm gives a low magnification which is optimal for locating objects or for seeing the Moon or other large objects in their entirety. And then, when you have enjoyed observing the object, you can move to the next step - the 10mm eyepiece.10mm Eyepiece - for seeing more detailThe smaller the focal length, the greater the magnification. 10mm gives you a middle-range magnification for going into more detail. For example, in a telescope with a 750mm focal length, 75X magnification. Or in a telescope with a 1000mm focal length, 100X magnification.Your observing could look like thisSo you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example

Came with the telescope. The 25mm eyepiece is totally worth it but the 10mm is more of a toy rather than a good optical piece. The exit apperture is very small on the 10mm and after long observing sessions with it, your eyes will be tired. If you have a low budget, this is for you. Even if you'll use only the 25mm eyepiece, for this price, it's worth it!

Your observing could look like thisSo you've visited the Moon using the 25mm eyepiece, and seen the alternating dark and light areas. But what's that? - at the light-dark boundary of the 'terminator', there seems to be a crater. It looks sort of craggy. Of course you want to take a closer look - so the 25mm eyepiece comes out of the focuser and the 10mm eyepiece is inserted into it. Now you can't see the entire moon, only a part of it. But the crater now seems closer and suddenly you can see a thousand details in it - as if you were hovering directly over it in your Apollo Moon rocket. You see a crater wall and a central mountain that casts a shadow on the crater floor.The advantages in a nutshell:basic eyepiece set for your first observingvery low price10mm and 25mm eyepieces for low and medium magnification1.25 inch - fit into the focuser of any modern telescopefilter thread - for using a moon filter, for example