Explore Scientific Filters H-alpha 12nm 2" (77352)

64206.13 Ft

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The H-alpha filter allows light at a wavelength of 656 nanometers to pass through. It is the ideal narrowband astrophotography filter for capturing high-contrast images and revealing intricate details of nebulae, even in areas affected by strong light pollution.

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Explore Scientific Filters H-alpha 12nm 1.25" (77356)

39066.48 Ft

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The H-alpha filter is designed to pass light at a wavelength of 656 nanometers. It is the optimal choice for narrowband H-alpha astrophotography, providing high-contrast imaging and revealing rich details of nebulae even in areas affected by strong light pollution.

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Explore Scientific Filters H-alpha 7nm 2" (77357)

77794.15 Ft

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The H-alpha filter is designed to pass light at a wavelength of 656 nanometers. It is the optimal choice for narrowband H-alpha astrophotography, providing high-contrast imaging and revealing rich details of nebulae even in areas affected by strong light pollution.

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Explore Scientific Filters 2" H-Beta filter (54894)

41102.88 Ft

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One of the major challenges in exploring the night sky is the brightening caused by artificial lights, such as streetlights. In areas near towns or cities, the night sky is not truly dark, which significantly reduces the visibility of objects beyond the Solar System.

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Explore Scientific Filters SII 12nm 2" (77342)

63186.12 Ft

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The Explore Scientific SII 12nm 2" filter is designed for observing and photographing specific types of nebulae and other deep-sky objects. This filter allows light at the wavelength of 672 nm to pass through, which corresponds to the emission line of ionized sulfur. It's particularly useful for enhancing the visibility of planetary nebulae, emission nebulae, and supernova remnants, especially in light-polluted areas.

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Explore Scientific Filters SII 12nm 1.25" (77343)

39783.72 Ft

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The Explore Scientific SII 12nm 1.25" filter is designed for observing and photographing specific types of nebulae and other deep-sky objects. This filter allows light at the wavelength of 672 nm to pass through, which corresponds to the emission line of ionized sulfur. It's particularly useful for enhancing the visibility of planetary nebulae, emission nebulae, and supernova remnants, especially in light-polluted areas.

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Explore Scientific Filters SII 6.5nm 1.25" (77345)

53155.49 Ft

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The Explore Scientific SII 6.5nm 1.25" filter is a specialized astronomical filter designed for observing and imaging specific types of nebulae and deep-sky objects. This narrowband filter isolates the emission line of singly ionized sulfur (SII) at 672 nanometers, allowing astronomers to capture detailed images of emission nebulae, planetary nebulae, and supernova remnants.

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Explore Scientific Star diagonal 99 Percent Reflectivity 2" (56067)

61848.95 Ft

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The mirror star diagonal is an essential accessory for comfortable viewing during astronomical observations with refractors, Schmidt-Cassegrains, or Maksutov telescopes. This device is not necessary for Newtonian telescopes.

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Explore Scientific 3" 90° mirror star diagonal (56068)

192236.32 Ft

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The mirror star diagonal provides comfortable viewing when observing astronomically with refractors, Schmidt-Cassegrains or Maksutovs. Only Newtonian telescopes have no need of this accessory.

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Explore Scientific Barlow Lens Focal Extender 2x 1,25" (54035)

35101.8 Ft

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Teleextenders are valuable tools that allow you to extend the effective focal length of a telescope system, resulting in higher magnification for observing the moon, planets, or small Deep-Sky objects using the same eyepieces. This enables you to enjoy the advantages of eyepieces with longer focal lengths - such as greater eye relief and more comfortable viewing - even at high magnifications.

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Explore Scientific Barlow Lens Focal Extender 3x 1,25" (54036)

38446.54 Ft

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Teleextenders allow you to extend the effective focal length of a telescope system, resulting in higher magnification for observing the moon, planets, or small Deep-Sky objects using the same eyepieces. This enables you to enjoy the advantages of eyepieces with longer focal lengths - such as greater eye relief and more comfortable viewing - even at high magnifications.

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Explore Scientific Barlow Lens Focal Extender 5x 1,25" (54037)

41787.68 Ft

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Teleextenders allow you to extend the effective focal length of a telescope system, resulting in higher magnification for observing the moon, planets, or small Deep-Sky objects using the same eyepieces. This enables you to enjoy the advantages of eyepieces with longer focal lengths - such as greater eye relief and more comfortable viewing - even at high magnifications.

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Explore Scientific Barlow Lens 2x Focal Extender 2" (51293)

61848.95 Ft

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Teleextenders allow you to extend the effective focal length of a telescope system, resulting in higher magnification for observing the moon, planets, or small Deep-Sky objects using the same eyepieces. This enables you to enjoy the advantages of eyepieces with longer focal lengths - such as greater eye relief and more comfortable viewing - even at high magnifications.

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Explore Scientific Barlow Lens 3x2" focal extender (60867)

65193.69 Ft

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Teleextenders allow you to extend the effective focal length of a telescope system, resulting in higher magnification for observing the moon, planets, or small Deep-Sky objects using the same eyepieces. This enables you to enjoy the advantages of eyepieces with longer focal lengths - such as greater eye relief and more comfortable viewing - even at high magnifications.

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Explore Scientific Camera Deep Sky 16MP Color (63986)

373353.54 Ft

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This deep sky astro-camera is a complete package for creating high-quality astronomical photos and videos. It features a CMOS sensor with active cooling, allowing you to capture galaxies, star clusters, the Moon, and planets with high definition and low noise. The camera's fast USB 3.0 interface enables quick image transfer within seconds.

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Explore Scientific Camera Deep Sky 7.1MP Color (63988)

811936.8 Ft

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This deep sky astro-camera offers a complete package for creating high-quality astronomical photos and videos. The user-friendly camera captures galaxies, star clusters, the Moon, and planets in high definition with low sensor noise. Its fast USB 3.0 interface allows for quick image transfer within seconds.

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Explore Scientific Camera 8.3 MP II USB 3.0 Color (82781)

200259.39 Ft

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This advanced astronomy camera, featuring the new high-sensitive SONY IMX585 Exmor CMOS color sensor, delivers exceptional image results with remarkably short exposure times, even when used with basic telescope equipment. Its versatility extends to functioning as an autoguider, capable of actively tracking the main imaging device when using an SLR or CCD astro camera.

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Explore Scientific Camera Deep Sky Astro 26MP (78209)

534589.7 Ft

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The Explore Scientific Camera Deep Sky Astro 26MP is a high-performance astronomical camera designed for capturing detailed images of celestial objects. This camera features a large Sony Exmor IMX-571 CMOS sensor with APS-C format, providing excellent sensitivity and image quality. With active cooling and a high resolution of 26 megapixels, it is well-suited for both planetary and deep-sky astrophotography.

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Explore Scientific ES MPCC Field Flattner ED APO + Canon EOS T2 (45855)

48477.17 Ft

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Many refractor telescopes produce images with a curved field rather than a flat one. This curvature results in only the central region of the image being fully focused, while the edges appear out of focus. While the human eye can generally compensate for this effect, cameras clearly show the increasing lack of focus towards the edges of images.

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Explore Scientific ES MPCC field flattener ED APO + Nikon T2 (48537)

48477.17 Ft

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Many refractor telescopes produce images with a curved field rather than a flat one. This curvature results in only the central region of the image being fully focused, while the edges appear out of focus. While the human eye can generally compensate for this effect, cameras clearly show the increasing lack of focus towards the edges of images.

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Explore Scientific HR 2 coma corrector (47657)

115339.63 Ft

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The Explore Scientific Coma corrector stands out as a unique optical accessory, offering exceptional performance for both visual and photographic use. This versatile device extends the focal length by only 6%, making it highly efficient for various astronomical applications.

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Explore Scientific Reducer/Corrector 3" 0.7x (47656)

140082.81 Ft

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This optical accessory serves as both a field flattener and a focal reducer, significantly improving image quality for astrophotographers.

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Explore Scientific Flattener ED80 & ED102 (76682)

59841.38 Ft

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The flattener is a specialized lens designed to correct the curvature caused by the primary optics of a telescope. This curvature can result in stars appearing less sharp at the edges of the field of view. By using a flattener, also known as a field flattener, this distortion is corrected, allowing astrophotographers to capture images where stars remain sharp across the entire frame. The flattener is positioned between the telescope and the camera.

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Explore Scientific Guidescope 8x50 Helikal T2/1.25" (69561)

66530.87 Ft

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The guidescope is mounted parallel to the main telescope tube, ideally using guidescope rings that allow for easy adjustment. A camera can be attached to the guidescope, enabling automatic tracking control of the mount. This setup is ideal for capturing long-exposure images of the night sky.

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