The new, very light wrapping cloths for every purpose of blue neoprene stretch material, so very stretchy (up to 30%) and permanently elastic for optimum adaptation of cameras, lenses, binoculars, Discman, etc. Quality Velcro technique over the full deck area. Surfaces are abrasion resistant and are not charged with static electricity. If the wrapping cloths get dirty again anyway, so they can be cleaned with a damp sponge easily at any time.
You want to collimate your Newtonian telescope to get the best possible image out of it and need a collimation aid that is precise but inexpensive.Long metal tube with crosshairsThe collimation eyepiece is simple but absolutely effective. With practice, you will be able to collimate your Newtonian telescope in just a few minutes - especially if simply finely collimating your telescope for optimal imaging. The eyepiece consists of a long metal tube, a reticule and a 45° base. The reticule gives you the orientation required for the optical axis.Collimation of refracting telescopesIf you use the eyepiece for checking the collimation of a refracting (lens) telescope, then you will see as many reflections as there are lenses in the telescope. If all the reflections are round and centred, then your telescope is well collimated.
The Omegon 2x Barlow lens trebles the magnification when used together with an eyepiece. The 1.25" eyepiece is simply inserted into the Barlow lens and secured with the side locking screw. You then insert the complete assembly into the focuser. For example, if you normally get 20 x magnification with your eyepiece, this is then increased to 60 x with the Omegon Barlow lens. If you want to initially do without having to acquire a complete set of eyepieces, then this Barlow lens fits the bill.
These filters each blocks out different colors, thereby allowing for the watcher to see the objects in more details and contrast. Compatible with all telescopes and useful for astrophotography. FILTERS: #21 Orange - The orange filter blocks blue and green wavelengths, thus enhancing details in Saturn's and Jupiter's cloud belts. On Mars, it sharpens boundaries between orange and greenish areas. #25 Red -The red filter blocks blue and green light nearly in total, which means you get a very strong contrast, for instance, between bluish toned structures and the brighter details on Jupiter's and Saturn's clouded surface. However, this filter is mainly used to observe Martian polar caps.#82A Light blue - The light blue filter is suitable for Moon, Mars, Jupiter and Saturn observation. It improves contrast on faint areas without affecting the planet's brightness, which is why this filter is often used in combination with others.#12 Yellow - The yellow filter improves contrast on Moon craters; on Mars, channels and polar caps become more apparent. On Jupiter and Saturn, contrast is enhanced on the bluish ammonia cloud belts.#56 Light green - The light green filter is ideal for observing the ice caps on Mars and the yellowish sandstorms on the Martian surface. It also improves the contrast of reddish and bluish structures in Jupiter's atmosphere.#47 Violet - The violet filter totally blocks red, yellow and green light, which is useful when observing the polar regions on Mars. With larger telescopes (>12"), it also allows distinguishing some structures in Venus' atmosphere.
The 1.25" moon filter, consisting of flat steamed glass, is simply screwed into the eyepiece thread. It reduces the brightness of the moon and thus enhances the contrast in the observation. This filter is mainly necessary during the major moon phases since the subjective glare of the moon then is strongest and can quickly become unpleasant.However, the filter doesn't only offer advantages during lunar observation, but it also allows for high contrast observations of planets. It amplifies the surface details that make observation particularly interesting. The filter is most strong in the red/blue range. Thus, objects such as the 'Great Red Spot' and the bands of cloud on Jupiter appear clearer.A particularly disruptive factor during observation is the illumination of street lights. This is blocked in the conventional spectral range so that high-contrast observations are possible. This premium moon filter is much higher quality than similar products: There are some cheap offers in this field where the image quality of the telescope suffers due to the filter. This premium moon filter, however, is characterized by very good characteristics
Omegon 1.25-inch eyepiece to T-2 thread adapter Do you have a T-2 thread on your telescope or accessory, but want to adapt it to a standard 1.25" eyepiece? The 1.25" eyepiece to T-2 thread adapter allows you to do this straightforwardly for eyepieces or cameras with a 1.25" connector. There are many good reasons for using this adapter The possibilities are incredibly diverse - connecting to a filter wheel, to another adapter with T-2 thread, with an off-axis guider for astrophotography or visual observing. The most common adapter types in amateur astronomy are the 1.25" and T-2 standards. This allows you to find the right solution.
Omegon LE Planetary eyepieces – powerful eyepieces for star-studded excursions through the night skyThese eyepieces offer an extraordinary combination of elegance and top optical performance to enhance your observations.The LE Planetary eyepieces from Omegon have been engineered for extremely high sharpness and contrast at levels not found in this class.The Omegon LE Planetary eyepieces have an outstanding optical design that caters precisely to the needs of stargazers.Even with Newton telescopes with a fast lens, the LE Planetary eyepieces offer absolute distortion-free images up to the extremes of the field of view.These 1.25” eyepieces are available in focal lengths of 3mm, 5mm, 6mm, 9mm, 12.5mm, 14.5mm and 18mm.Their interior design is comprised of seven lens elements in four groups (18 mm model: five elements in three groups). All lens edges are blackened and glass/air surfaces coated with a multi-layer, high-impact anti-reflex coating.One major difference from traditional eyepieces is the long, 20mm interocular distance, which provides a very pleasant viewing experience. Even spectacle wearers can observe the entire field of view. The apparent field of view is 55°.Compared with similar eyepieces, tests produced greater transparency and more brilliant images with a dark sky background and no interfering stray light.The interior aperture system makes a decisive contribution to reducing stray light. All focal lengths have eyepieces 21 mm across. Omegon LE Planetary eyepieces don’t just artificially enlarge the field of view on its edges, but display a real field without much distortion to the edge area.Using the LE Planetary eyepieces, the exact optical axis does not need to be maintained during observation. The observation is not impaired through vibrations when you look into the device, since there is no vignetting – also known as the kidney bean effect.
Omegon 1.25" Skylum filter - the easy way to discover more on Mars and Jupiter Would you like more detail and contrast when observing the Moon and planets? And that the object should still look natural? - then the Omegon Skylum filter is the 'star' in your eyepiece. It amplifies details in the red or blue parts of the spectrum - see the bands on Jupiter more vividly and make out more detail on Mars. The advantages in a nutshell stronger contrast with Jupiter and Mars - see how the red details stand out deep sky objects - improved contrast with nebulae and galaxies ideal for small telescopes - the image in the eyepiece is still bright and clear 1.25" filter with filter thread also suitable for astrophotography An 'expert' for the entire night sky You do not need to spend time considering which filter might be useful for your object. The Skylum filter is universal and is suitable for many astronomical objects. It turns the night sky background slightly darker and highlights blue and red colours. It will produce more vivid details, even in reddish nebulae. One has to say - it has a real 'sky glow' effect. The filter increases contrast, but causes little attenuation. It is useful for observing the crescent phases of the Moon. It prevents blooming when observing bright planets. And what are the advantages for you? - in future, you will be able to observe these objects in even more detail. Nullifies artificial light Similar to a nebula filter, the Skylum filter only allows certain wavelengths to pass through, and reduces scattered light. In addition, it blocks the light of many street lamps - for example the spectral lines from sodium vapour lamps. The light of the astronomical objects is therefore seen more intensely by the eye. For small and large telescopes The Skylum filter has high light transmission. This makes it ideal for visual observing with small or large telescopes. It will do a good job even with an 80mm telescope. The 'nice' filter for star clusters and galaxies Do the stars looking like glittering diamonds on black velvet? That would be nice. But from the city, the sky sometimes looks like a grey concrete wall. Bur you do not have to put up with this - put the Skylum filter into your eyepiece and to start enjoying star clusters and galaxies. Already the sky looks much darker and the objects clearly more beautiful. Make more of your observing!
Omegon UWA eyepieces - A wide field of view at a competitive price Omegon Ultra Wide Angle eyepieces provide impressive optics with an enormously wide 66° field of view. Just how can wide-angle eyepieces be offered at such a low price? This is very unusual and these eyepieces are well-known among amateur astronomers, and are affectionately known as the ’gold-line’ eyepieces. For clearly observing planets and deep sky objects Omegon UWA eyepieces are characterized by highly effective coatings and high light transmission, which allows you to enjoy good contrast. These eyepieces are a real asset in the lower price segment. The advantages in a nutshell: one of the most inexpensive wide-angle eyepieces on the market large field of view of 66° comfortable viewing thanks to the large eye lens filter thread for 1.25” filters fold-down rubber eyecup
Variable polarizing filter 1.25’’Allows for selective adjustment of brightness which is useful for terrestrial observation and objects of the Solar System.You often find considerable differences in detail brightness on objects of the Solar System. This is particularly noticeable when observing:- Moon craters which are close to the lunar terminator- Sun spots and faculae. Caution: only to be used in association with an appropriate solar filter on the front of your telescope!- Details on planetsIrradiation from brighter regions prevents you from distinguishing fine details. Variable polarizing filters allow you to selectively adjust the level of darkening.Light transmission:Light transmission of polarizing filters is between 1% and 40%. These filters have a very large range of effectiveness.Handling:Variable polarizing filters are made up of two individual filters. The variable darkening effect is produced by rotating the lower filter relative to the upper one.
For sunny hours - observing the sun easily and safely The sun is our central star, from which we live. That alone should be reason enough to observe it even more closely. The new Omegon solar filters lets you do that easily and above all safely and are specially tailored to your telescope. The advantages in a nutshell attaches directly - filter in anodized aluminium mounting AstroSolar filter foil already incorporated filter factor 100,000X attach without scratching - 3 aluminium screws with plastic tips Suitable for diameter of 173mm-193mm Filter foil in an aluminium mounting Do you want a solar filter which does not involve any DIY? One which you can simply push onto the end of your telescope and immediately start solar observing? Then an Omegon solar filter is the perfect choice - they come fully assembled in an anodized aluminium mount. Which means you simply attach it and our Sun immediately becomes ’within reach’.
Omegon 2X ED 2” Barlow lens - More aperture for your photography and observing Most large telescopes have a 2” focuser. You can use this to your advantage by using a 2“ Barlow lens and discovering all the additional advantages this can offer. The Omegon 2” Barlow lens provides a good image with high contrast. The use of ED glass means that visible colour aberrations are reduced to a minimum with the image appearing substantially sharper. In addition, all lens surfaces have been provided with a green multi-coating to reduce reflections. Larger diameter - more scope for your lenses The 2“diameter also allows you to insert your 2'” eyepieces into the Barlow, doubling their magnification. This saves the need to buy additional eyepieces. The large lens diameter also means you will notice no shadowing in the image. Astrophotography with the Barlow lens You can also use the Barlow lens for astrophotography. Especially for compact objects, sometimes more focal length is required in order for them to be seen at a reasonable size in the image. The big plus: There is also no shadowing apparent on small image format camera chips. Ergonomically designed Naturally, clear starry nights can be cold in summer. This often means there is no choice but to wrap up warmly. This Barlow lens has been designed with a high grip exterior to provide a good grip, meaning that it is easy to handle securely even with gloves on. Still more possibilities One does not always need the focal length to be doubled. It is also possible to use just one section of this Barlow lens in order to get a magnification factor of something like 1.5x. The lower Barlow element can simply be unscrewed and then screwed into any 2” eyepiece. This Barlow element is correctly threaded for this purpose. There is a 2“ filter thread provided on the lower part of the Barlow lens and on the reducer adapter for using your filters.
The Omegon 3x Barlow lens trebles the magnification when used together with an eyepiece. The 1.25" eyepiece is simply inserted into the Barlow lens and secured with the side locking screw. You then insert the complete assembly into the focuser. For example, if you normally get 20 x magnification with your eyepiece, this is then increased to 60 x with the Omegon Barlow lens. If you want to initially do without having to acquire a complete set of eyepieces, then this Barlow lens fits the bill.
Omegon Power Tank - The portable power supply for your telescope The best observing sites and the darkest skies are often found deep in the countryside - but unfortunately there is no electricity there. The Omegon Power Tank then becomes the power source for your telescope. You are no longer tied to balcony, garden and power socket. It allows you to take your telescope anywhere, and to enjoy the best skies at your favourite observing sites. For Goto telescopes and simple motor tracking The Omegon Power Tank is suitable for all GoTo telescopes with 12V tracking motors. Place the Omegon Power Tank next to your telescope, connect the power cable to the telescope and the cigarette lighter socket in the Tank and your telescope will operate for many hours. Your Power Tank's status Four different LED lights will always let you know your Power Tank's status. The green LED is lit shows it is ready to use. The yellow LED lights up when it needs charging. It comes with an AC adapter included for re-charging at a power socket. . You can avoid a deep discharge, as it always indicates when it needs to be charged, ensuring years of observing enjoyment. A handy light for assembling and disassembling your telescope A bright lamp, using around 30 LEDs, is provided for helping when you assemble and disassemble your telescope. An additional red lamp is also provided for when observing. The advantages in a nutshell: Power Tank is a portable power supply for your telescope two 12V cigarette lighter socket includes connection cable for Skywatcher and Celestron telescopes large lamp and smaller lamp with flashing option red light lamp AC adapter for charging the Power Tank
Omegon 2” T-2 adapter - Focal camera adapter for SLR cameras This 2“ camera adapter allows you to quickly attach your SLR camera to any telescope with a 2” focuser. Your camera is then securely attached to the telescope and ready for your nocturnal photo sessions. You can simply attach your camera to the telescope A T-2 thread permits virtually any camera to be attached and subsequently connected to the telescope. For SLR cameras, for example, you will only need the correct T-ring for your camera model - it is that simple. The adapter has a 2” barrel on the telescope side which is compatible with 2” focusers. With a 50.8mm outside diameter and compact design, any possible shadowing is clearly reduced as compared to 1.25” adapters. Very short optical path The Omegon 2“ camera adapter intrudes very little. The light path is extended by only 3mm, which is good news for the focus position as it is hardly changed. Even focusers with little latitude for adjustment are usually absolutely no problem. The advantages in a nutshell: 2" diameter T-2 focal adapter fits into all 2“ focusers T-2 external thread on the accessory side safety groove to stop lens falling out black anodized to minimise reflections filter thread for 2“ filters
Equipped with a pre-cut foam interior, the bag has room for up to seven 1.25” eyepieces (or four 1.25” and three 2” eyepieces). Filters can also be accommodated in a separately attached accessory bag. The bag protects against spray and dew and so the eyepieces are optimally stored.This bag will protect the telescope accessories against humidity and precipitation, thereby ensuring their lasting performance. It can be used for carrying up to 7 eyepieces, filters and oculars.
Omegon Camera Adapter, 1.25”- An adapter for focal plane and eyepiece projection imagingThis camera adapter provides a secure connection between your SLR camera and your telescope. It allows you to immediately start taking focal plane or eyepiece projection images.The adapter consists of two segments, which can be simply unscrewed:1. The smaller front segment is connected to the telescope side via a 1.25” connection. On the rear side you will find a T-2 thread. This focal adapter can be used for the moon, sun and DSOs, for example. You can directly attach a T-2 ring to it. This adaptor has been made to be very short and only uses about 9mm of the optical path. The 1.25” connecting piece has a length of 25mm.2. The second segment of the adapter is substantially longer and is used for eyepiece projection. It can be used for imaging planets, individual moon craters or sunspots, for example. The inside tube can take 1.25” eyepieces with an outside diameter of up to 38mm. The eyepiece can be locked in place via a knurled screw on the side. This segment has a length of 67mm.On the camera side there is a T-2 thread, onto which the T-2 ring can be screwed.You can achieve the extension factors desired by using eyepieces of the appropriate focal length.The advantages in a nutshell:very simple to use, also ideal for beginnersthe adapter can be split into focal plane and projection adapterscompactly builteach segment has its own T-2 thread
An upright and laterally-true image thanks to the erecting lens As dusk falls, your telescope is set up and you're looking forward to observing the night sky. That's when it becomes all the more frustrating if you can't find certain objects. It is often difficult to orientate yourself in the night sky with a telescope, especially in the beginning. Not only do you see billions of stars and celestial bodies, but they are all upside down. An erecting lens can solve the problem by providing an upright and laterally-true image. This means that you no longer have to rethink every step and can simply enjoy the view. The highlights at a glance: An upright, laterally-true image gives you more orientation in the night sky Beginner-friendly erecting lens for reflectors (reflector telescopes) 1.5X magnification Suitable for daytime observation with astronomical telescopes More orientation and greater success in observing An erecting lens is a useful accessory and is particularly suitable for those starting out in recreational astronomy. Even if you get used to the reversal effect of the telescope, it is nevertheless advantageous for some observations if the image is laterally true. Finding new constellations by star hopping or targeting a specific detail on the lunar surface becomes so much easier. The lens can be coupled with a 1.25" eyepiece and increases magnification by a factor of 1.5. The lens is of course also great for observing landscapes and animals during daytime.
Omegon eyepiece case - the big case for a great start in astronomyEvery telescope needs accessories for worthwhile observing. The big Omegon case provides you with an easy start in the world of accessories. You do not need to worry about eyepieces, filters, or Barlow lenses. Simply reach for this starter pack for your first observing sessions, allowing you to concentrate on what the real fascination is - the observing itself.32 mm Plossl eyepieceDon't look for objects, find them! This 32 mm eyepiece combines a low magnification with a large field of view of the sky. Observing with this eyepiece is particularly pleasant, as the ocular lens is really large at this focal length. This eyepiece is optimally suitable for the initial location of objects. A 130/920 mm telescope, for example, will give a 1.5 ° field of view of the sky with this eyepiece.With the wide angle to the starsThe ultra wide angle eyepiece provides a slightly higher to medium magnification with a huge field of view of 66°. An ocular lens diameter of 21mm means you will always have a comfortable viewing. Even extended objects are no longer cut off but can be observed in their full glory. Many eyepiece cases only provide very simple eyepieces, but here it is different: You benefit from high-quality equipment.Going to higher magnifications: Ploessl 10mm and 6.3 mm eyepiecesThese two eyepieces will take you into the world of the high magnification. Discover details on Jupiter, put the rings of Saturn under the microscope or marvel at vast planetary nebulae.For many uses: a metal Barlow lensThe Omegon 2X Barlow lens can be coupled to an eyepiece or camera. In both cases, it will double the focal length of your telescope. Together with the respective eyepiece, you achieve the double the magnification. The Barlow is a multi-coated to provide you with a clear image,Filters for the solar systemThere is a lot to observe in the solar system, so this case provides not only eyepieces but also filters. With five different colors - in yellow, green, red, dark and light blue - you can discover numerous details on our planets. The additional Crystal View moon filter neutralizes the moon's glare.The color filters:#23A red;#12 yellow;#38A dark blue;#56 green;#82A light blue.Images that you would like to captureRecord the objects you observe with a focal plane and projection camera adapter. Connect your SLR camera via an additional T2 ring (optional extra) and take pictures of the Moon, with its many thousands of craters, or the larger planets.The contents:32 mm Plossl eyepiece;15mm wide angle eyepiece;10mm Plossl eyepiece;6.3mm Plossl eyepiece;2X Barlow lens;5 color filters;Moon filter;Camera adapter.
Omegon pro OIII filter - the planetary nebulae ace This filter shows you just what is possible with your telescope! - superior observing of planetary nebulae and supernova remnants. A nebula that you might previously have only dimly glimpsed suddenly pops out clearly in front of your eye. Go and have a look out there! The advantages in a nutshell: enhances planetary nebulae and supernova remnants 12nm bandpass - darkens the sky and enhances the nebula suitable for telescopes from 200mm aperture upwards comes with its own test certificate Dreamlike contrast - see significantly more nebula This is made possible by the technology employed with this interference filter. It allows through the narrow range of wavelengths from doubly ionized oxygen. Whether under a light polluted or a pristine dark sky - this filter allows you to see objects more clearly because it enhances the contrast between the object and background of the night sky. This filter has a 12nm bandpass, so it only allows a very narrow range of light frequencies to pass through. It and also keeps unwanted stray light away.When you first see the Veil nebula in Cygnus using the filter you will be thrilled. Without a filter, any detail can only be observed with very large instruments. But the OIII filter lets its unexpected extent be seen even in small telescopes. You will see the universe with completely new eyes. You can also observe: Dumbbell nebula, M27 Omega nebula, M17 Owl nebula, M97 Eagle nebula, M16 and many more For which telescopes? The Omegon pro OIII filter is ideal for medium and large telescopes - perfect for apertures of 200mm and upwards. It can also be used with small telescopes when used at low magnification. Omegon pro filter with its own test certificate You benefit from the fact that each Omegon pro nebula filter has been fully tested by us and comes with its own test certificate. This certificate is proof of the quality of your filter.
