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Bintel Glebe
Usually ready for pickup in 24 hours
Bintel 84 Wentworth park road, Glebe, 2073, NSW
Phone:(02) 9518 7255
Hours:
Monday9:30 am–5:30 pm
Tuesday9:30 am–5:30 pm
Wednesday9:30 am–5:30 pm
Thursday9:30 am–5:30 pm
Friday9:30 am–5:30 pm
Saturday9:30 am–4 pm
SundayClosed
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2026 products
2026 products
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$349.00
Celestron NexStar+ 手动控制器 - AZ 是所有当前安装在地平尺上的 NexStar 式望远镜的标准配件,并且与 Celestron SLT、LCM、SE 和 CPC 电脑化望远镜兼容。
只需按一下按钮,您就可以访问 NexStar+ 庞大的数据库,其中包含超过 40,000 个天体。自动转向各种目录中的天体,包括梅西耶、NGC、考德威尔和 SAO 最亮的恒星。还包括行星以及最受欢迎的天体列表。不确定要看什么?使用天空之旅,您将看到您观察的时间和日期最受欢迎的天体选择!
NexStar Plus 手动控制器中预编程了各种对准程序,包括 SkyAlign、Auto 2-Star、1-Star、2-Star 和太阳系。您还可以选择各种跟踪速率(恒星、太阳和月球)和旋转速度。以每秒 1、2 或 3 度的速度旋转,或者选择低至 2 倍或高达 64 倍的速度。
该手动控制器包含 Flash 可升级技术,允许用户通过互联网升级其软件。
$349.00
Celestron NexStar+ 手动控制器 - EQ 是所有当前赤道式安装的 NexStar 式望远镜的标准配件,并且与 Celestron Advanced VX、CGEM、CGEM DX 和 CGE Pro 电脑化望远镜兼容。
只需按一下按钮,您就可以访问 NexStar+ 庞大的数据库,其中包含超过 40,000 个天体。自动转向各种目录中的天体,包括梅西耶、NGC、考德威尔和 SAO 最亮的恒星。还包括行星以及最受欢迎的天体列表。不确定要看什么?使用游览模式,您将看到您观察的时间和日期最受欢迎的天体选择!
NexStar Plus 手动控制器中预编程了各种对准程序,包括 SkyAlign、Auto 2-Star、1-Star、2-Star 和太阳系。您还可以选择各种跟踪速率(恒星、太阳和月球)和旋转速度。以每秒 1、2 或 3 度的速度旋转,或者选择低至 2 倍或高达 64 倍的速度。
该手动控制器包含 Flash 可升级技术,允许用户通过互联网升级其软件。
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NexYZ 的创新特点
- Celestron NexYZ 适用于直径从 30 毫米到 60 毫米的任何目镜,包括配备 1.25 英寸和 2 英寸目镜的望远镜、观景镜、单筒望远镜和双筒望远镜。NexYZ 还可以通过添加随附的显微镜转接环连接到显微镜上,这样可以将可用直径缩小到 25 毫米,即标准显微镜目镜的尺寸。强力弹簧和螺纹扭锁可在光学仪器的目镜上提供两级牢固的抓握,让您可以放心地进行成像。
- NexYZ 还可容纳各种智能手机。手机平台完全可调,可容纳任何设备 - 通常情况下,手机壳仍在。即使是更大的“平板手机”,如 iPhone 8 Plus 和最新的三星 Galaxy 设备,也能完美运行。安全平台可轻松承受这些较重设备的重量。
- 如果多人想通过您的光学系统拍摄照片,NexYZ 的简单弹簧夹可让您在几秒钟内轻松移除一个设备并将其替换为另一个设备。NexYZ 是观星派对和集体观鸟的理想解决方案,每个人都想拍摄自己的动作。
简单如 XYZ
- 与其他智能手机适配器相比,Celestron NexYZ 有何不同?三轴调节。大多数适配器都依赖于您将手机完美地放置在平台上,并且只能在两个轴上提供有限的调节。但 NexYZ 可让您将手机放置在平台上,使用 X 和 Y 旋钮将其置于目镜中央,然后在目镜上上下移动,直到拍摄到整个视野。
- 尽管这种调整非常精确,但它仍然比其他适配器更快、更容易。从开始到结束,这个过程只需要大约 30 秒,包括将手机插入 NexYZ、将 NexYZ 连接到目镜、启动相机应用程序以及使用旋钮将相机置于目镜中央所需的时间。如果您更换手机、目镜或光学仪器,只需进行轻微调整即可将相机重新置于新目镜中央。
- 您还可以通过旋转带衬垫的目镜夹并重新调整 X、Y 和 Z 轴来将手机与目镜重新对齐,从而将图像从纵向切换为横向。
https://www.youtube.com/watch?v=jStDLF7eQcM
注意: NexYZ 适用于望远镜、观景镜、双筒望远镜、单筒望远镜和显微镜。它不适用于步枪瞄准镜。NexYZ 适用于大多数手机壳,但如果您有一个带有内置电池的特别大的手机壳或对开式手机壳,Celestron 建议将其取下,以获得最佳使用效果。
$35.00
Celestron 夜视红色 LED 手电筒
不管您只是偶尔观察夜空,红色手电筒都是您作为业余天文学家可以拥有的最有用的配件之一。此外,如果您计划与其他人一起观察,无论是在观星派对还是在您自己的社区,红色手电筒都是良好观星派对礼仪的重要组成部分。
当您在户外进行天文观测或任何需要您尽可能看清的夜间活动时,任何白光都是有害的。每次使用白光时,您的眼睛都会做出反应。瞳孔会收缩,使其孔径变小,而较小的孔径总是意味着聚光较少,无论我们谈论的是您的眼睛还是您的光学设备。
红色手电筒可让您查看星图、在配件箱中找到目镜或穿过望远镜电缆和其他障碍物,而不会影响您的夜视能力。夜视能力越好,目镜中能看到的东西就越多。
Celestron 夜视手电筒使用两个 LED 提供可变的红色照明。使用拇指轮根据需要调节光线。手电筒的方形设计可防止其从您的观察桌上滚落到地面。附有挂绳,因此您可以将其戴在脖子上。夜视手电筒由 9V 电池(随附)供电。
$29.00
请注意:BINTEL Nikon T-Ring 也可用:
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Bintel Nikon T 环
$ 25.00
添加到购物车
如果您想通过望远镜或观景镜拍照,T 型环是您需要的首要配件之一。如果您有尼康 SLR 或 DSLR 相机机身,Celestron Nikon T 型环就是您的不二之选。
要使用尼康 T 形环,请从相机上取下镜头,然后将 T 形环安装到位,就像安装镜头一样。T 形环的望远镜侧有螺纹,可以接受各种相机适配器,包括 Celestron T 适配器或远摄增距镜。您选择的适配器取决于您想要进行的摄影类型。
您可以使用简单的 T 型适配器将望远镜或观测镜变成大型远摄镜头,从而拍摄陆地和/或天体场景。如果您拥有带有标准后置镜头螺纹的施密特-卡塞格林望远镜,#93633-A T 型适配器是最佳选择。如果您有折射镜或观测镜,带有 1.25 英寸镜筒插件的通用 T 型适配器 (#93625) 可能是最佳选择。EdgeHD 光学系统也有专用 T 型适配器:一个适用于 8 英寸 EdgeHD (#93644),另一个适用于 9.25、11 和 14 英寸 EdgeHD (#93646)。
定焦摄影常用于拍摄陆地物体以及月球等天体的短曝光图像。
如果您需要比施密特-卡塞格林望远镜提供的放大倍数更高的放大倍数,可以使用远摄增距镜 (#93643),在将目镜安装到望远镜之前,先将目镜插入镜筒内。远摄增距镜最常用于拍摄月球和行星的高倍图像。
Celestron 照明 RACI 寻星镜
Celestron 照明 RACI 寻星镜是对大多数施密特-卡塞格林望远镜的常规寻星镜的重大升级。50 毫米光学元件可产生明亮、清晰的图像,放大倍数为 9 倍,视场角为 5º。同时,直角、正确图像设计可使物体保持正面朝上,左右正确。您将享受能够在宽阔的视野中定位和跟踪物体的不同之处。目镜模块可向左或向右旋转,以便您找到完美的视角。
与单十字线目镜不同,双十字线标线不会遮挡视野中心的目标。无论您是校准电脑望远镜还是自行寻找深空物体,双十字线标线都可以独立对焦,不受取景器本身的影响。电池供电的照明器会以柔和的红光照亮十字线,并且可以通过转动开/关旋钮轻松调节照明。
Celestron 9x50 RACI 寻星镜配有坚固的支架,由两个环和一个集成燕尾槽组成。使用超大号翼形螺钉可以轻松调整寻星镜的对准度。燕尾槽可以轻松安装和拆卸大多数施密特-卡塞格林和 EdgeHD 光学镜筒组件(包括 NexStar 和 Evolution 系列),而不会影响寻星镜的对准度。
| 光圈 | 50毫米(1.97英寸) |
| 放大 | 9倍 |
| 最高有用放大倍数 | 118x |
| 最低有用放大倍数 | 7.14x |
| 限制恒星星等 | 11 |
| 分辨率(瑞利) | 2.79 角秒 |
| 解析度(道斯) | 2.32 角秒 |
| 聚光能力(与人眼相比) | 51x |
| 视场 | 5° |
| 重量 | 24 盎司(680 克) |
| 外部长度 | 191毫米(7.5英寸) |
| 外部高度 | 140毫米(5.5英寸) |
$24.99
Celestron 与月球制图大师 Ralph Aeschliman 联手绘制了一张双面月球地图。这张优质地图为您提供了熟悉月球(我们的邻居)的绝佳方式。无论您是在寻找 Lacus、Maria、Montes 还是 Valles,月球地图都能帮助您自信地探索月球地貌。您可以用望远镜观察特征并在地图上找到它们,反之亦然。这张地图还提供了所有关键月球区域的目录,并附有查找它们的坐标。
地图背面有特写照片和有关最令人兴奋的月球区域的信息。您还可以找到北极和南极区域的图像以供参考。请参阅月球观察技巧,了解有关使用望远镜或双筒望远镜探索月球的实用信息。
月球观察者地图防水、抗撕裂,可折叠成 20 厘米 x 10 厘米大小,方便您在下次露营旅行、星空派对或后院晚会时携带。不使用时,月球地图将成为墙上的时尚装饰海报。它非常适合在教室或天文俱乐部中展示。
无论您是刚刚开始还是高级观察者,您都会发现自己一次又一次地观察月球;让月球观察者地图成为您的指南。
对于需要尽可能精确引导的长焦距望远镜来说,Celestron 离轴引导器是必备的天文成像配件。Celestron 离轴引导器使用棱镜拦截望远镜焦平面的一小部分(在主成像相机的视野之外)来定位导星。导星看到的任何运动都将与成像相机看到的运动完全相同。以这种方式引导将纠正跟踪误差以及光机误差或弯曲。结果:更好的天文图像,带有精确的圆形恒星。
离轴导向器已经存在很长时间了,但通常面临三个主要挑战:
由于视野较小且有时照明度不太理想,从望远镜焦平面远边缘寻找导星可能会很困难。
让成像相机和自动导星仪彼此达到焦点非常耗时,有时还需要进行实验。
您的特定相机、望远镜和自动导星器通常需要额外的垫片和适配器,这会增加成本和复杂性。
Celestron 离轴导星仪通过以下方式解决这些挑战:
提供一个 12.5 毫米大棱镜,可根据成像相机的大小进行调整,使其更靠近望远镜焦平面的中心。这样,借助大棱镜可以完全照亮自动导星仪传感器,从而产生更明亮的导星。
具有高品质、固定方向螺旋调焦器。这可实现自动导星器极其平滑和准确的对焦,而无需改变(或扭曲)自动导星器相机方向。
包括所有必要的垫片和适配器,适用于最常见的成像配置,包括 DSLR 相机、夜景 CCD 相机等。包括以下适配器:SCT/EdgeHD、M48 母头、M42 母头(T 螺纹)、M48 公头、M42 公头(T 螺纹)、3 个 T 螺纹垫片
附加规格
螺旋调焦器行程:8mm
望远镜连接:M42 T 螺纹、M48 和 SCT/EdgeHD
自动导引器连接:M42 T 型螺纹和标准 1.25 英寸适配器
相机连接:M42 T 螺纹和 M48
$99.00
使用此适配器,可为您的 9.25 英寸、11 英寸或 14 英寸施密特-卡塞格林或 EdgeHD 望远镜提供更大的照明面积。当此适配器与我们的离轴导引器配对时,这两个成像配件可让您在我们的更大望远镜中使用整个图像圈。此配置对于大画幅相机(如佳能 5D 或 6D)的拥有者尤其有用,因为他们的全画幅相机可以利用更大光学管产生的更大照明面积。
什么是新的!
用于离轴导向器的大型 SCT 和 EdgeHD 适配器 V2 具有更长的光学长度 - 38 毫米。适配器的更长长度为 DSLR 相机提供了施密特-卡塞格林和 EdgeHD 光学管与离轴导向器结合使用的后焦距间距,而无需额外的适配器或垫片。
身体
用于离轴导向器的大型 SCT 和 EdgeHD 适配器 V2 是经过黑色阳极氧化处理的铝加工品。内部表面经过喷砂处理,有助于防止眩光并提供最高的对比度。该适配器具有滚花表面,为穿线和脱线提供了极佳的抓握表面。
Note: special order only
- Next-Generation Imaging Sensor for Celestron Origin: Upgrade your system with Sony’s latest Starvis 2 color CMOS technology, offering improved resolution and enhanced sensitivity.
- Compact Pixels, Brighter Images: Small 2.0 μm2 pixels increase resolution while Starvis 2 technology boosts light conversion efficiency. The result: brighter, sharper images with more faint object detail revealed.
- Modern 16:9 Aspect Ratio: A wide, cinematic field of view perfectly matches smartphone and tablet screens, producing images that fill the entire display for a more pleasing view.
- Easy, Tool-Free Installation: Clear, step-by-step instructions guide you through attaching your new camera using Origin’s existing adapter and retaining ring—no prior experience required.
Reveal stunning detail in your deep-sky astrophotography with the Origin 678C—Celestron’s next-generation camera for the Origin Intelligent Home Observatory. Featuring Sony’s latest Starvis 2 CMOS technology, this high-performance camera delivers increased resolution and finer detail thanks to its smaller pixel size and enhanced sensitivity.
The Origin 678C Camera replaces the original Origin 178C Camera, giving you an upgrade in image quality. Whether you're imaging galaxies, nebulae, or star clusters, you'll capture more object detail in images that better fill your smartphone or tablet’s display screen.
It’s the perfect way to further enhance your Origin experience—and your astroimaging.
What’s New with the Origin 678C Camera
The Origin 678C Camera brings meaningful enhancements to your astrophotography experience. Here’s what you can expect:
-
Increased resolution
Although both sensors are the same physical size, the IMX678C uses smaller 2.0 μm² pixels than the 2.4 μm² pixels in the IMX178C. This results in a finer resolution of 1.2 arcseconds per pixel (down from 1.5 arcseconds per pixel), allowing you to resolve more detail and “zoom in” slightly more on celestial objects. This is especially beneficial since most night sky targets are relatively small. -
Larger file sizes
Because the IMX678C packs more effective pixels (8.4 MP vs. 6.4 MP), image files will be somewhat larger. As a result, you may notice slightly slower automatic image processing in the app, depending on the performance of your smartphone or tablet. -
Increased sensitivity
Despite having smaller pixels, the IMX678C is slightly more sensitive overall than the IMX178C. The improvement is subtle; images won’t appear dramatically brighter. -
Different ISO response
ISO values are not directly comparable between the two sensors. The IMX678C's default ISO is 1000, while the IMX178C’s is 200. -
Different aspect ratio
The IMX678C uses a 16:9 aspect ratio, compared to the 3:2 ratio of the IMX178C. This means your field of view will appear more rectangular, ideal for framing larger regions of the sky and perfectly matched to the landscape orientation of most smartphone and tablet displays—making it easier to compose, view, and share your images.
Quick and Simple Installation
Upgrading to the Origin 678C Camera is fast and hassle-free. Designed to integrate seamlessly with your Origin system, the camera installs without any complicated tools or processes. Simply remove the existing camera, attach the Origin 678C using the included adapter and retaining ring, and plug it in.
After you install the new camera, we’ll walk you through capturing new calibration frames. Dark frames reduce sensor noise, while flat frames correct for illumination variations across the image. The Origin app makes this process simple and intuitive—and you can follow along with our video, too.
For the easiest and most consistent results, we recommend the PrimaLuceLab GIOTTO for Celestron Origin— a flat-field generator custom-designed for Origin that works with the same smartphone you use to control Origin. Whether you use GIOTTO or the evening sky (i.e., “sky flats”), capturing new flat frames ensures your upgraded system is optimized and ready to deliver stunning, high-contrast astrophotography from your very next session.
Second Life for Your Origin-178C Camera
Upgrading to the Origin 678C doesn’t mean your original camera has to sit on the sidelines. The Origin-178C is a powerful tool, and now it’s free to be used with other telescopes you may own. With its standard M42 T-thread connection, it mounts easily to most optical systems and makes a great planetary or lunar imaging camera. In minutes, your 178C will be ready for a whole new role in your astrophotography toolbox.
Camera Specifications
| Colour or Monochrome | Colour |
| Power Requirements | Powered by USB |
| USB | Uses Origin's USB-C cable |
| Camera Housing Construction | Aluminum black anodized |
| Optical Window | IR cutoff filter, transmission from 400-740 nm |
| Pixel Size | 2.0 Micron Square |
| A/D Conversion | 12 bit |
| Imaging Sensor | Sony IMX678-AAQR1, color, back-illuminated |
| Camera Resolution (in Pixels) | 3856 x 2180 |
| Total Number of Pixels | 8.4 MP |
| Mounting | M42 x 0.75 female threads |
| Sensor Size | 8.9mm diagonal |
| Shutter | Electronic Shutter |
| Software Compatibility | Origin app (iOS or Android) |
| Operating Environment | Same as Origin |
| Sub-Framing | N/A |
| Exposure Range | Unlimited |
| Frames per second | N/A |
| Back Focus Distance | 12.5 |
| Recommended/Best Usage | Higher resolution images with Origin |
| Weight | 92g |
| Dimensions | 59.0mm Ø x 25.7mm |
| Included Items | Origin-678C camera | Instruction manual |
$85.00
The Celestron Origin Spare Filter Drawer is an exact replacement for the filter drawer included with your Origin telescope. Whether you've misplaced the original or simply want to speed up your imaging sessions, having a second drawer on hand makes a real difference.
Load different filters into separate drawers before you head out, then swap the entire assembly in seconds when you're ready to change targets or sky conditions. No unthreading in the dark, no risk of cross-threading or dropping a filter mid-session.
Compatible with 1.25" and 2" filters, including narrowband, broadband, and specialty options. Fits the Celestron Origin Intelligent Home Observatory and Origin Mark II.
A small accessory that keeps your imaging session running smoothly.
| Compatible Filter Sizes: | 31.75mm and 50.8mm |
| Scope Compatibility: | Celestron Origin Intelligent Home Observatory and Celestron Origin Mark II Intelligent Home Observatory |
| Size: | 61mm x 63.5mm x 12.7mm |
| Weight: | 28g |
$7,349.00
Celestron Origin 站在业余天文学新时代的前沿,将观星和天文摄影融为一体,形成一种用户友好的体验。这款智能的一体化家庭天文台消除了传统望远镜的复杂性,将您的后院变成了通往宇宙的大门。Celestron Origin 配备了尖端技术,可以捕捉天体之美,并将它们栩栩如生地呈现在您的手机或平板电脑上。
Celestron 工程师在设计每一个细节时都运用了他们数十年的专业知识,从 Origin 的专利光学技术到直观的配套应用程序。最终,他们打造出了一个革命性的新系统,它以 Celestron 的传统为基础,让天文学比以往更加平易近人、激动人心、充满乐趣。
https://www.youtube.com/watch?v=G3_aNEV2s9A&t
RASA 光学技术:释放光的力量
Celestron Origin 的核心是获得专利的 Rowe-Ackermann Schmidt 天文照相仪 (RASA),这是光学领域的一项里程碑式进步。在 RASA 设计中,成像传感器位于望远镜筒的前端,而不是后端,从而创造出超快的f/2.2 系统具有超宽视野,同时提供清晰的边缘图像。自 2014 年推出以来,RASA 技术已成为太空监视和卫星跟踪的首选。国防承包商、专业研究天文学家和各国政府都信任 RASA 能够探测微小碎片和太空垃圾,确保我们重要的通信卫星在轨道上安全运行。对于 Origin,Celestron 的光学工程师开发了一款全新的 6 英寸 RASA,它具有与天文台级仪器相同的所有功能-and-go 包。
得益于 RASA,Origin 独树一帜,性能远超其他望远镜设计。与更小更慢的牛顿反射镜、折射镜或其他入门级望远镜相比,RASA 可以在更短的时间内提供更多光子。RASA 独特的速度、光圈和性能组合确保了无与伦比的图像细节,即使在短曝光时间内也是如此。
为了充分利用 RASA 光学系统,Celestron 选择了 Sony IMX178 彩色 CMOS 传感器来捕获您的数据。它采用 STARVIS 背照式技术,可实现最高灵敏度和低噪声快速读出,有助于尽快提供清晰的图像。这款灵敏的芯片具有 2.4µm 2个小像素,可实现高分辨率 — 与快速光学设计完美匹配。
将每个后院观察者变成天文摄影师
Celestron Origin 凭借其内置的 AI 算法,为天文摄影带来了范式转变。当望远镜捕捉数据时,这些智能算法会自动实时堆叠和处理每一帧。最终呈现出令人惊叹的天体画面,色彩丰富,细节丰富。这是天文摄影首次面向所有技能水平的爱好者开放,包括从未使用过望远镜的爱好者。
Celestron Origin 可以生成的样本 - 直接来自望远镜,无需进一步编辑
触手可及的宇宙:StarSense 技术和 Origin 应用程序
由于采用 StarSense 技术支持的自动初始化过程,设置 Celestron Origin 非常简单。将 Origin 放在室外,打开它,然后连接到应用程序。然后,您可以选择继续使用望远镜或进入室内。在不到两分钟的时间内,Origin 即可自动对焦、扫描夜空、通过将头顶上的星图与其内部数据库进行匹配来自动校准,并通知您它已准备好开始您的天文探险。
Celestron Origin 应用程序由我们与 SkySafari™ 的制造商 Simulation Curriculum 合作开发,它提供了一个直观的天文馆界面,可简化夜空中的导航。使用天文馆视图,将您的设备举到天空,使用“指南针模式”环顾四周,然后点击您想要看到的任何物体(最佳物体会突出显示)。或者尝试“今晚最佳”列表,Origin 会根据您的精确位置和观察时间显示所有最令人印象深刻的星系、星云、星团等。忘记查阅星图或提前计划吧;Origin 随时准备向您展示宇宙。
选定目标后,Origin 会将其精确置于视野中心。切换到相机视图,然后按“开始成像”开始拍摄 10 秒曝光照片。就是这么简单!随着目标呈现越来越多的细节,您可以实时看到结果。Origin 工作时,会不断跟踪天空并调整其内置的防露系统,以保持图像清晰锐利。
共享的宇宙体验
排队等待观察目镜的日子已经一去不复返了。Origin 培养了一种社区意识,让您可以一起分享探索夜空的令人惊叹的体验。无论您的朋友和家人在同一个房间还是聚集在户外,多个人都可以连接到 Origin,并使用自己的设备传输视图。此外,Origin 还允许您将实时画面投射到智能电视上或立即保存和分享您的天文图像,从而在后院之外创造难忘的时刻。
准备好迎接更多了吗?高级功能
随着您在业余爱好方面的成长,Origin 将继续为您提供更高级的功能和特性。例如,Origin 有一个内置的滤镜抽屉,可以容纳标准的 1.25 英寸和 2 英寸格式的滤镜。这样您就可以安装可选的滤镜,这对于在光污染环境(如典型的郊区后院)中拍摄星云特别有用。对于拍摄星系和星团等宽带物体或黑暗天空中的物体,请移除滤镜以获得更多的光通量和更明亮的图像。尝试使用可拆卸和可互换的滤镜,以获得其他系统固定滤镜无法实现的结果。
如果您想尝试高级图像处理,Origin 再次满足您的需求。与其他系统不同,Origin 为您存储所有 RAW 图像。通过 USB 连接将它们导入您最喜欢的图像处理软件进行手动编辑和堆叠。
那么,在您睡觉时让 Origin 为您工作怎么样?有了定时观察功能,这完全没问题。只需告诉应用程序您要捕捉哪些物体。醒来后,您将看到一系列壮观的图像。
以新视角看待地球
除了揭示遥远的世界,Origin 还可以捕捉地球上陆地物体的惊人景观,无论白天还是晚上。白天,您可以手动旋转 Origin 来捕捉风景和景色。晚上,Origin 的快速光学系统和灵敏的摄像头可让您在非常昏暗的环境条件下看清事物,获得几乎与夜视一样的性能。晚上环顾您的院子或营地,看看您可能会错过什么!
随处携带天文摄影工作室
Origin 是一款便携式系统,无需外部 Wi-Fi 网络,因此您可以轻松将其放在任何汽车中,前往遥远的黑暗天空。光学管、支架和三脚架都无需工具即可轻松组装和拆卸。每个组件的重量不到 7.5 公斤。还提供可选的便携箱。
你的 Origin 系统配备了成为一名天文学家所需的一切:
- 6” RASA 光学筒,带集成摄像头
- Origin 单叉臂支架,内置锂电池
- 内置电脑,配备冷却风扇和 WiFi
- 自动调焦器
- 带有环境传感器、露水加热环和露水罩的防露系统
- 集成式过滤抽屉
- 全高三脚架
- 镜头盖
- 交流充电器
未来升级
当您投资 Origin 时,您可以信赖 Celestron 的工程师作为您在天文学领域的长期合作伙伴。我们的技术团队正在努力为您的 Origin 开发更多升级和增强功能。例如,随着技术的进步,我们提供对 Origin 相机的访问权限,以便将来进行升级。我们还在为您的 Origin 和 Origin 应用程序开发全新的功能。
以下是未来几个月将推出的一些功能的预览:
- 与 StarSense 自动导星仪的兼容性
- 与 HD Pro Wedge 的兼容性
- 支持极轴对齐
综合起来,这些功能将允许您使用 Origin 进行长时间曝光天文成像。通过精确的极轴校准,您将能够实现长达 10 分钟甚至更长时间的曝光时间。但这仅仅是个开始。每当我们向 Origin 添加新功能时,我们都会通知您,以便您可以继续与我们一起探索!
便利配件:
-
缺货适用于 Origin 智能家庭天文台的 Celestron 星云滤镜
$ 399.00
-
适用于 Celestron Origin 智能家庭天文台的衬垫包
$ 299.00
缺货
规格:
光学信息
| 光学设计: | 罗威-阿克曼施密特天文照相仪 |
| 光圈: | 152毫米 |
| 光学设计: | 罗威-阿克曼施密特天文照相仪 |
| 光圈: | 152毫米 |
| 焦距: | 335毫米 |
| 焦距比: | f/2.2 |
| 光学涂层: | 整个过程均采用 StarBright XLT 涂层 |
| 中心阻塞直径: | 63 毫米(孔径的 41%) |
| 聚光能力(与人眼相比): | 474x |
| 图像分辨率: | 1.48 角秒/像素 |
| 聚光能力(与人眼相比): | 474x |
| 图像分辨率: | 1.48 角秒/像素 |
| 聚光能力(与人眼相比): | 474x |
| 图像分辨率: | 1.48 角秒/像素 |
| 燕尾榫: | CG-5 燕尾榫杆 |
| 过滤抽屉: | 集成,可接受 1.25 英寸或 2 英寸天文成像滤镜 |
影像传感器信息
| CMOS图像传感器: | 索尼 IMX178LQJ,彩色,背照式 |
| 传感器尺寸: | 8.92 毫米对角线 |
| 像素大小: | 2.4微米 x 2.4微米 |
| 有效像素数: | 6.44M(3096 x 2080) |
| 视野: | 1.27° x 0.85° |
集成电子信息
| 机载计算机: | Raspberry Pi 4 型号 B |
| 山: | 计算机化GoTo地平仪架 |
| 防露: | 全自动加热元件集成在前镜头中,可拆卸防露罩/镜头遮光罩 |
| 对焦马达: | 自动对焦或手动控制 |
| 冷却风扇: | 一个 (1) 风扇用于光学系统,一个 (1) 风扇用于电子系统,均通过带有金属丝网的通风口吸入空气 |
| LED 状态环: | 一目了然地显示状态 |
港口信息
| USB-A: | 光学筒上有两个 (2) 个,用于访问原始图像文件进行外部处理,支架上有一个 (1),仅用于移动设备充电 |
| 以太网: | 光学管上一 (1) 个 |
| 辅助端口: | 光学管上有两个 (2) 个,安装座上有两个 (4) 个 |
电源信息
| 电池 | 集成 LiFePO4,97.9 Wh,可使用 6 小时以上 |
| 电源输入: | 12V DC 适配器用于为内置电池充电或使用外部交流电源运行 |
用户界面信息
| Celestron Origin 应用程序: | 可在兼容的 iOS 或 Android 智能手机和平板电脑上运行 |
| 系统要求: | iOS 16 或更高版本,Android 12 或更高版本 |
尺寸和重量
| 光学筒: | 直径609.6毫米x177.8毫米,4.8千克 | |
| 山: | 457.2毫米×304.8毫米×254毫米,7千克 | |
| 三脚架(折叠): | 330.2毫米×304.8毫米×812.8毫米,6.35千克 | |
| 总体系统: | 18.8公斤 |
$7,499.00
New Version! Now with upgraded Sony STARVIS 2 678C Camera
- Stargazing and Astroimaging Redefined: Celestron Origin is an intelligent, all-in-one home observatory that captures stunning views of faint, deep-sky celestial objects and delivers them to your phone or tablet. The images you capture in seconds look better than what you’d see in the eyepiece of a much larger telescope under much darker skies.
- Revolutionary RASA Optical Technology: Origin’s patented 6” Rowe-Ackermann Schmidt Astrograph (RASA) optical design places it in a class by itself. With its large aperture and fast f/2.2 focal ratio, you get unparalleled image brightness and clarity with less exposure time.
- Next-Generation 678C Camera: Sony’s latest Starvis 2 colour CMOS technology—offering improved resolution, enhanced sensitivity, and a serious leap in image quality.
- Automatic, AI-powered Astrophotography:As Origin captures data, built-in AI algorithms autonomously stack and process every frame in real-time. Galaxies and nebulae instantly come to life—sharp, detailed, and in brilliant colour—all with no user intervention.
- Automated Setup with StarSense: To get started, place Origin outside, turn it on, and connect to the app. Using Celestron’s patented StarSense technology, Origin scans the sky and autonomously focuses and aligns itself. You’re ready to select a target and start imaging in less than two minutes.
- Intuitive App Interface: The user-friendly Celestron Origin Powered by SkySafari™ app for iOS and Android, developed in partnership with Simulation Curriculum offers a simple yet powerful planetarium interface, making it easy to navigate the sky and control the system.
- Share the View with Everyone: Multiple users can use the Origin app to view the telescope’s live feed simultaneously. You can also cast the view to your smart TV or save and share it instantly.
- Advanced Features: As you grow in the hobby, download the raw image files you capture for more advanced manual processing. You can also experiment with filters and use Origin for night-vision or land-based observing during the day.
Celestron Origin Mark II stands at the forefront of a new era in amateur astronomy, blending stargazing and astrophotography into a single, user-friendly experience. This intelligent, all-in-one home observatory takes the complexity out of traditional telescopes, transforming your backyard into a gateway to the cosmos. Packed with cutting-edge technology, Celestron Origin Mark II captures the beauty of celestial objects and brings them to life on your phone or tablet.
Celestron engineers drew on their decades of expertise while designing every detail, from Origin’s patented optical technology to its intuitive companion app. The result is a revolutionary new system that builds on Celestron’s legacy and makes astronomy more accessible, exciting, and fun than ever before.
RASA Optical Technology: Unleashing the Power of Light
At the heart of Celestron Origin Mark II lies the patented Rowe-Ackermann Schmidt Astrograph (RASA)—a landmark advancement in optics. In the RASA design, the imaging sensor lies at the front of the telescope tube, not the back, creating an ultra-fast f/2.2 system with an extraordinarily wide field of view while providing sharp images to the edge. Since it launched in 2014, RASA technology has become the go-to choice for space surveillance and satellite tracking. National defense contractors, professional research astronomers, and governments trust RASA to detect tiny pieces of debris and space junk, keeping our vital communications satellites safe in orbit. For Origin, Celestron’s optical engineers developed a brand-new 6” RASA with all the same capabilities of an observatory-grade instrument in a grab-and-go package.
Thanks to RASA, Celestron Origin Mark II is in a class of its own, far outperforming other telescope designs. RASA simply delivers more photons in less time than a smaller and slower Newtonian reflector, refractor, or other entry-level telescope tube. RASA’s unique combination of speed, aperture, and performance ensures unparalleled image detail, even during short exposure times.
Now Equipped with the Celestron Origin 678C Camera
Celestron Origin Mark II now comes equipped with the Origin 678C Camera—a next-generation upgrade featuring Sony’s latest Starvis 2 CMOS technology. With 8.4 megapixels, ultra-fine 2.0 μm² pixels, and a modern 16:9 aspect ratio, this advanced sensor delivers higher resolution and increased sensitivity.
Precision-matched to Origin’s fast f/2.2 RASA optics, the 678C Camera captures fine structure in galaxies, nebulae, and star clusters. Whether you're new to astrophotography or an experienced imager, you’ll enjoy clean, crisp results—ready to stack, share, or admire on your device in near-real time.
Turning Every Backyard Observer into an Astroimager
Celestron Origin Mark II introduces a paradigm shift in astrophotography with its built-in AI algorithms. As the telescope captures data, these intelligent algorithms automatically process every frame in real time. It’s important to note that the AI imaging processing in the Origin app is not generative AI. It does not colorize or add to your image data in any way. It simply sharpens and enhances your images using the same processing techniques an advanced astroimager would use.
The images you create with Celestron Origin Mark II are 100 percent your own data, optimized to look its best. The technology works in real-time on your live-stacked images and is also applied to the final stacked master. The result is a breathtaking display of celestial objects, rich with colour and detail beyond what the human eye could perceive in an eyepiece. And you can always adjust the images yourself using the manual controls. Thanks to the Celestron Origin Mark II, astroimaging is now accessible to enthusiasts of all skill levels, including those who have never used a telescope before.
A Universe at Your Fingertips: StarSense Technology & the Origin App
Setting up Celestron Origin Mark II is a snap, thanks to its automated initialization process powered by StarSense technology. Place Origin outside, turn it on, and connect to the app. Then, you can choose to remain with your telescope or head indoors. In less than two minutes, Origin focuses itself, scans the night sky, autonomously aligns itself by matching star patterns overhead to its internal database, and notifies you that it’s ready to begin your astronomical adventure.
The Celestron Origin Powered by SkySafari™ app, developed in collaboration with Simulation Curriculum offers an intuitive planetarium interface that simplifies navigation through the night sky. Using the planetarium view, hold your device up to the sky to look around using “compass mode”, and tap on any object you want to see (the best ones are highlighted). Or try the Tonight’s Best list, where Origin displays all the most impressive galaxies, nebulae, star clusters, and more—based on your precise location and observing time. Forget about consulting a star chart or planning ahead; Origin is ready to show you the universe whenever you are.
Apple iOS Download
Google Play Download
Once you’ve chosen a target, Celestron Origin Mark II centers it precisely in the field of view. Switch to the camera view and press Start Imaging to begin capturing 10-second exposures. It’s that easy! You see the results come through in real-time as the target takes on more and more detail. As the Celestron Origin Mark II works, it continually tracks the sky and adjusts its built-in dew prevention system to keep your images razor-sharp. Using the Celestron Origin app, you can easily adjust image settings — such as brightness, contrast, and colour saturation — to bring out different details before saving or sharing with family and friends. As of 2025, the Celestron Origin Mark II can adjust the Stretch Strength in your final stacked master to tease out subtle details in faint nebulae and galaxies.
A Shared Cosmic Experience
Gone are the days of waiting in line to peer into an eyepiece. Celestron Origin Mark II fosters a sense of community as you share the awe-inspiring experience of exploring the night sky together. Whether your friends and family are in the same room or gathered outside, multiple people can connect to Celestron Origin, and stream the view with their own devices. Additionally, Celestron Origin Mark II allows you to cast the live feed to your smart TV or instantly save and share your astroimages, creating memorable moments beyond the confines of your backyard.
Ready for More? Advanced Features
As you grow in the hobby alongside Celestron Origin Mark II, it will continue to support you with more advanced features and functionality. For example, Origin has a built-in filter drawer that accepts standard 1.25” and 2” format filters. This allows you to install optional filters, which can be especially useful in imaging nebulae in light-polluted environments like the typical suburban backyard. For imaging broadband objects like galaxies and star clusters or objects from dark skies, remove the filter for more light-throughput and brighter images. Experiment with removable and interchangeable filters for results you can’t achieve with other systems’ fixed filters.
If you would like to try advanced image processing, Celestron Origin Mark II again has you covered. It can automatically save all your raw images, which you can retrieve by plugging in a USB thumb drive or by connecting to Origin’s built-in WiFi network to download the files to your computer wirelessly. Then, import them into your favorite software for manual editing and stacking.
And how about putting Origin to work for you while you sleep? That’s no problem with the scheduled observations feature. Just tell the app which objects you want to capture. You’ll wake up to an array of spectacular images.
Expand Your Astroimaging Possibilities with Celestron Origin
Celestron Origin Mark II delivers stunning deep-sky images right out of the box. But for experienced astrophotographers interested in experimenting with longer manual exposure times, there’s now an exciting new way to fine-tune performance: equatorial wedge mode, enabled by the Wedge for NexStar Evolution and the optional StarSense Autoguider.
By aligning Celestron Origin Mark II with Earth’s rotational axis, the wedge eliminates field rotation during tracking. This enables longer sub-exposures and allows imaging near or at zenith—ideal for capturing fainter details with greater clarity, since zenith (straight up) is generally the darkest part of the night sky. As with any equatorial setup, polar alignment is required before use, but the app will take you through an automated routine that makes it easy.
For exposure times beyond 30 seconds, we recommend pairing the wedge with the StarSense Autoguider. While Celestron Origin Mark II excels at short exposures (10–15 seconds), automatically rejecting frames with minor tracking errors, the Autoguider boosts tracking precision for longer manual exposures—reducing rejected frames and maximizing image quality. Together, the equatorial wedge and StarSense Autoguider offer a powerful toolkit for advanced users pursuing specialized longer-exposure imaging.
Gain a New Perspective Here on Earth
In addition to revealing distant worlds, Celestron Origin Mark II can also capture incredible views of land-based objects on Earth, day or night. During the day, you can manually slew to capture landscapes and scenery. At night, Origin’s fast optics and sensitive camera allow you to see things in very dim ambient conditions for almost night-vision-like performance. Look around your yard or campsite at night to see what you may be missing!
Take Your Astroimaging Studio Anywhere
Celestron Origin Mark II is a portable system that doesn’t require external WiFi or 5G networks, so you can easily take it to remote dark skies in any car. Perfect for exploring our southern skies from out in the bush!
The optical tube, mount, and tripod all easily assemble and disassemble without tools. Each component weighs less than 16 lb. Optional carry cases are also available.
Your Celestron Origin Mark II system comes complete with everything you need to become an instant astronomer:
- 6" RASA optical tube with integrated camera
- Origin single fork-arm mount with internal lithium battery
- Built-in computer with cooling fans and WiFi
- Autofocuser
- Dew prevention system with environmental sensor, dew heater ring, and dew shield
- Integrated filter drawer
- Full-height tripod
- Lens cap
- AC charger
Future Upgrades
When you invest in Origin, you can count on Celestron’s engineers as your long-term partners in astronomy. Our technical teams are hard at work developing even more upgrades and enhancements for your Origin. For example, we provide access to Origin’s camera for potential future upgrades as technology improves. We’re also developing all-new functionality for your Origin and the Origin app.
Here’s a sneak preview of what we’ll be rolling out in the coming months:
Mosaic Mode:- Capture wider fields of view by stitching multiple images together.
A:
That’s correct. Because the human eye is less efficient than CMOS sensors at low light levels, we are removing it from the equation. Origin’s sensor “sees” more photons in less time than your eye could and then delivers the images it captures to your phone or tablet. The result is “almost real-time” visual observing without an eyepiece. With Origin, you see much more detail in faint, deep-sky objects than you would through the eyepiece of a much larger telescope under dark skies.
$349.00
使用定制设计的便携包提升您的 Celestron Origin 体验,该包提供无与伦比的便利性、保护性和时尚感。这款带衬垫的包提供了完美的存储解决方案,因此无论您的天文探险将带您到哪里,您都可以放心携带 Origin。您可以放心,因为 Origin 在存储和运输方面都是安全且受保护的。
超耐用材料
Celestron Origin 加垫望远镜包采用三层结构。外层织物外壳采用 900 旦聚酯纤维制成,由 900 根纱线编织成篮状图案,然后经过处理以防风雨和刮擦。包壁衬有 1.5 英寸厚的坚固 EPE 泡沫,为 Celestron Origin 管提供保护垫。包内有柔软的聚酯 PVC 织物内衬,可保护管表面。
方便的存储和携带选择
借助我们用户友好的设计,您可以轻松装入或取出 Celestron Origin 管。只需将包垂直放置,拉开包尾的圆形拉链,然后将管滑入即可。或者将包放在平坦的表面上,然后拉开圆形拉链和包侧的全长拉链,即可完全取用。无论哪种方式,设置和收起 Origin 只需几秒钟。
出门时,您可以用两个缝制手柄携带 Origin 包,这样可以舒适安全地抓握。或者,也可以安装夹式加垫肩带,解放双手。可调节肩带允许您自定义肩带长度,使其达到最适合挎在肩上的长度。
完美适配 Celestron Origin
-
Celestron Origin 智能家居天文台
$ 6,999.00
缺货
| 外部材质: | 900 旦涤纶 |
| 泡沫衬里: | EPE 泡沫 39 毫米(1.5 英寸)厚 |
| 内部材质: | 涤纶/PVC 面料 |
| 拉链: | 尼龙拉链,带拉绳 |
| 附带配件: | 带衬垫的可调节肩带 4 英寸 Celestron 贴纸(标签的一部分) |
| 兼容性: | Celestron Origin 智能家居天文台 6 英寸 RASA 望远镜筒 |
| 外形尺寸(袋): | 711 毫米 x 251 毫米 x 251 毫米 |
| 内部尺寸(袋子): | 635 毫米 x 174.6 毫米 x 174.6 毫米 |
| 外形尺寸(盒子): | 660 毫米 x 165 毫米 x 350 毫米 |
| 重量: | 2.08 公斤 |
$225.00
还在携带笨重的光学管盒前往偏远的观测点吗?让我们用时尚、保护性的光学管手提箱减轻您的负担,这是完美的存储解决方案,可轻松、自信地将您的管子运送到任何地方。对于所有类型的望远镜拥有者来说,这都是必备品。
超耐用材料
8 英寸光学管软包采用 900 旦聚酯纤维制成,坚固耐用,耐候性好。其壁衬有 16 毫米厚的 EPE 泡沫,可保护您的望远镜。拉开软包拉链,您会发现柔软的聚酯纤维内衬,配有可调节的带子,可将您的光学管牢牢固定到位。
8 英寸光学筒软包有一个隐藏的外部拉链口袋,用于存放目镜和其他配件。它设计有收紧带,可在使用时将口袋收紧,在空时将其隐藏起来。
内部缝有一条束带,可将光学管牢牢固定到位。
随取随走
有两种方式可以运输您的箱子:通过缝制的手柄或可选的夹式加垫肩带,以便解放双手。
兼容望远镜
该光学筒软包可以容纳大多数长度在 18 英寸以下的 8 英寸光学筒,包括以下 Celestron 望远镜:
- EdgeHD 8" 光学筒
- 施密特卡塞格伦 8" 光管
$249.00
最好的望远镜升级方法是什么?远离城市灯光,去乡下的一个黑暗天空观测点。
让我们用时尚、保护性的光学管便携包减轻您的负担,这是完美的存储解决方案,可轻松、自信地将您的管子运送到任何地方。对于所有类型的望远镜拥有者来说,它都是必备品。
超耐用材料
9.25 英寸光学筒软包采用 900 旦聚酯纤维制成,坚固耐用,耐候性好。其壁衬有 16 毫米厚的 EPE 泡沫,可保护您的望远镜。拉开软包拉链,您会发现柔软的聚酯纤维内衬,配有可调节的带子,可将您的光学筒牢牢固定到位。
9.25 英寸光学筒软包有一个隐藏的外部拉链口袋,用于存放目镜和其他配件。它采用收紧带设计,可在使用时将口袋收紧,在空时将其隐藏起来。
内部缝有一条束带,可将光学管牢牢固定到位。
随取随走
有两种方式可以运输您的箱子:通过缝制的手柄或可选的夹式加垫肩带,以便解放双手。
兼容望远镜
该光学筒软包可以容纳大多数长度在 23 英寸以下的 9.25 英寸光学筒,包括 Celestron 9.25 的标准版和 EdgeHD 版。
$249.00
还在携带笨重的光学管盒前往偏远的观测点吗?让我们用时尚、保护性的光学管手提箱减轻您的负担,这是完美的存储解决方案,可轻松、自信地将您的管子运送到任何地方。对于所有类型的望远镜拥有者来说,这都是必备品。
超耐用材料
11 英寸光学管软包采用 900 旦聚酯纤维制成,经久耐用,耐候性好。其壁衬有 16 毫米厚的 EPE 泡沫,可保护您的望远镜。拉开软包拉链,您会发现柔软的聚酯纤维内衬,配有可调节的带子,可将您的光学管牢牢固定到位。
11 英寸光学筒软包有一个隐藏的外部拉链口袋,可容纳目镜和其他配件。它设计有收紧带,可在使用时将口袋固定,在空时将其隐藏起来。
内部缝有一条束带,可将光学管牢牢固定到位。
随取随走
有两种方式可以运输您的箱子:通过缝制的手柄或可选的夹式加垫肩带,以便解放双手。
兼容望远镜
该光学筒软包可以容纳大多数长度在 25 英寸以下的 11 英寸光学筒,包括以下 Celestron 望远镜:
- EdgeHD 11" 光学筒
- 施密特卡塞格伦 11" 光管
规格
| 外部织带: | 900 旦涤纶 |
| 内部材质: | PP织带 |
| 拉链: | 尼龙拉链,带拉绳 |
| 附带配件: | 3 英寸 Celestron 窗口贴纸(标签的一部分)
肩带 |
| 兼容性: | 11 英寸 Celestron 望远镜:EdgeHD 11 英寸光学筒和所有 C11 光学筒 |
| 外部尺寸: | 686 毫米 x 381 毫米 x 381 毫米 |
| 目镜 | 普罗索 18.0mm |
| 内部尺寸: | 610 毫米 x 362 毫米 x 362 毫米 |
| 重量: | 1.54公斤 |
背负式支架是一种简单的天文配件,可以帮助您拍摄出令人惊叹的夜空照片。它允许您将 DSLR 相机和镜头连接到任何 Celestron SCT 光学管组件,并利用望远镜具有双轴电机驱动器这一事实。当您的望远镜在连接相机的情况下运行时,您可以进行更长时间的曝光而不会出现星迹,并捕捉物体的细节,如果您的相机安装在摄影三脚架或没有驱动系统的望远镜上,则不可能做到这一点。
Celestron PowerSeeker 配件套件是扩展望远镜使用乐趣的绝佳方式。在塑料泡沫衬里的便携包中,您可以找到以下配件:
- 15mm 凯尔纳目镜 - 1.25”
- 9mm 凯尔纳目镜 - 1.25”
- #80A 蓝色滤镜 - 1.25”
- #25 红色滤镜 - 1.25”
- 月亮滤镜 - 1.25”
- 超细纤维清洁布
目镜 - 15 毫米和 9 毫米目镜可用于任何配备 1.25 英寸调焦器的望远镜。每个目镜都经过全面涂层处理,以提高透光率并保护光学元件。15 毫米凯尔纳目镜在大多数望远镜中提供良好的中等放大倍率视野,而 9 毫米目镜提供高放大倍率,非常适合月球和行星,尤其是在观测条件良好的情况下。
滤镜 -彩色滤镜可用于显示行星表面或云层结构的某些细节。行星滤镜和月球滤镜均可在任何配备适当滤镜螺纹的 1.25 英寸目镜上使用,因此用途非常广泛。只需将滤镜拧到您选择的目镜上,然后将其滑入调焦器即可。
- #80A 是一款中蓝色滤镜,可增强木星云带和土星极地冰盖的对比度。如果您不介意颜色变化,它还可用于增加月球的对比度。
- #25 滤镜颜色为深红色,是观察火星极地冰盖的理想选择。观察木星时使用此滤镜也很有趣。不过,#25 红色滤镜会阻挡相当多透过望远镜的光线,因此最好用较大口径的望远镜观察明亮的物体。
- 月球滤镜是大多数新业余天文学家购买的第一批配件之一,这是有原因的!它有助于阻挡月球发出的部分光线进入你的目镜,这样你就能更好地看到细节。你也可以在金星上试试这个滤镜;它可以帮助你看到她处于哪个阶段。
清洁布和盒子 -将超细纤维清洁布放在 PowerSeeker 配件套件盒中,以便随时取用。最好使用超细纤维布擦拭光学元件,而不是使用抹布或纸巾,因为它不会留下残留物,并且可以重复使用。在用布擦拭光学元件之前,请记住先吹掉或刷掉光学元件上的任何灰尘颗粒。
黑色塑料手提箱内有模切泡沫,可保护和缓冲您的配件。不使用时,请将每个配件放在指定位置,这样它们的外观和性能就会像新的一样。
$49.00
Celestron 准备好的载玻片 - 25 片盒提供各种各样的标本载玻片,涵盖昆虫部位、植物部位、动物部位等。
| 滑轨材质: | 透明玻璃 |
| 幻灯片设计: | 平板 |
| 幻灯片数量: | 二十五 |
| 幻灯片形状: | 矩形的 |
| 幻灯片尺寸: | 25 毫米 x 75 毫米(1 英寸 x 3 英寸) |
| 幻灯片类型: | 准备 |
| 滑动盒材质: | 木材(低音) |
| 幻灯片标签: | 纸张,白色,黑色英文文字 |
| 套件中包含的载玻片标本: | 1. 青霉菌,WM | 2. 根霉,WM | 3. 衣藻,WM | 4. 松树叶,CS | 5. 迎春花树叶,CS | 6. 玉米根尖,LS | 7. 蚕豆幼根CS | 8. 玉米茎CS | 9. 玉米茎LS | 10. 葫芦科植物茎CS | 11. 葫芦科植物茎LS | 12. 椴树茎CS | 13. 椴树茎LS | 14. 花粉WM | 15. 瑞香属WM | 16. 水螅WM | 17. 草履虫WM | 18. 轮虫WM | 19. 蜜蜂口器WM | 20. 心肌Sec | 21. 骨骼肌LS,CS | 22. 小肠 CS | 23. 脊髓 CS | 24. 运动神经元 WM | 25. 人类血液涂片 |
$1,399.00
借助专为 RASA 设计的这款光污染成像滤镜,即使在光污染的天空下,也能充分利用 Celestron Rowe-Ackermann Schmidt Astrograph 11。无论您使用哪种相机,这款滤镜的宽大 68 毫米通光孔径都使其能够轻松容纳当今最大的传感器。这款滤镜采用机加工铝制外壳和 Schott B270 玻璃,取代了 RASA 的透明光学窗口,因此 RASA 的光学性能不会受到影响。
消除光污染,同时保持图像明亮
光污染限制了我们能够看到和拍摄的夜空范围。在光污染区域使用彩色相机拍摄时,天空辉光会降低图像质量。光污染滤镜有助于选择性地阻挡普通路灯和其他环境照明发出的光线。但大多数光污染滤镜会严重影响总光通量,导致图像暗淡,并对色彩平衡产生负面影响,导致图像显得太绿或太蓝。
RASA 的光污染成像滤镜“精准”地去除了不需要的光污染,同时尽可能多地保留有用的光谱。这意味着您仍将保留望远镜在许多波长下捕获的 90% 以上的光线。
与其他光污染抑制滤镜不同,Celestron LP RASA 成像滤镜保持相对中性的色彩平衡,因此您可以呈现星系和其他暗淡深空物体的微妙色彩。多层特殊配方的介电涂层可提供所需的透射率,而防反射涂层可最大限度地减少星晕和内部反射。
还包括一个透明塑料盒,用于在不使用时保护过滤器
单独质量测试
每个 RASA 11 光污染成像滤镜都经过单独透光测试。包装盒内有一张图表,详细说明了特定滤镜的实际透射光谱。
| 玻璃厚度 | 2.1 毫米 |
| 过滤器直径 | 72 毫米 |
| 通光孔径 | 68 毫米 |
| 涂料 | 硬涂层介电体和多层抗反射涂层 |
| 滤光玻璃 | 肖特B270 |
| 住房 | 阳极氧化铝 |
$7,749.00
使用 Celestron 的 Rowe-Ackermann Schmidt 天文照相仪 (RASA 11) V2,捕捉令人印象深刻的深空天文图像比以往任何时候都更容易,它是当今顶级 DSLR 或天文 CCD 相机的完美伴侣。与传统的 f/10 天文成像相比,这种快速、宽视场 f/2.2 系统允许更短的曝光时间,而不会牺牲分辨率。由于可以缩短亚曝光时间,您的赤道仪不需要长时间准确跟踪。短焦距也减少了赤道跟踪要求。在许多情况下,不需要自动导航。
RASA 11 V2 以 Celestron 施密特相机为基础,该相机允许天文摄影师在 20 世纪 70 年代在胶片上拍摄出曝光时间更短的图像。
如今,由于 CCD 传感器尺寸与胶片一样大或更大,RASA 11 V2 可提供 43.3 毫米优化成像圈,以在最大的成像芯片上捕捉精确的星点。对角线宽度高达 52 毫米的巨型传感器而言,光学性能仍然非常出色。
将这个大像圈与仅 620 毫米的焦距相结合,您将拥有一种适合广角成像的仪器,可以创建夜空的巨大马赛克、进行测量,甚至搜寻彗星。
光学性能
RASA 11 V2 的光学元件采用 4 元件稀土玻璃,可消除伪色和彗形像差和场曲等像差。对于这个价格范围内的天文照相仪而言,整个像圈的光学质量和光斑大小是前所未有的,甚至比更昂贵的仪器还要好。该设计还可最大程度地减少晕影。
高级功能
RASA 11 V2 采用超稳定对焦系统 (USFS)。该系统的核心是精密线性滚珠轴承。该轴承用于最大限度地减少焦点偏移(主镜在对焦过程中不必要的横向运动,导致图像偏移)和镜面翻转(望远镜指向天空中不同位置时主镜的移动)。USFS 还与可选的 Celestron 对焦电机 (#94155-A) 兼容。集成的 12V DC MagLev 风扇可缩短冷却时间并通过防尘光学管提供最佳气流。
RASA 11 V2 被设计为一个完整的天文成像系统,其每个组件都针对 DSLR 和天文 CCD 相机的最佳性能进行了优化。系统的每个组件都经过仔细考虑,包括随附的全多镀膜光学窗口或可选成像滤镜中使用的玻璃厚度,以实现无缝协作。光学管顶部的燕尾 CGE 杆提供了连接,可使用导星镜等可选配件。
| 光学管信息: | |
|---|---|
| 光学设计 | 罗威-阿克曼施密特天文照相仪 |
| 光圈 | 279毫米(11英寸) |
| 焦距 | 620毫米(24.4英寸) |
| 焦距比 | f/2.2 |
| 中心阻塞直径 | 114 毫米(4.48 英寸)(孔径直径的 41%) |
| 聚光能力(与人眼相比) | 1588x |
| 分辨率(瑞利) | 0.49 角秒 |
| 解析度(道斯) | 0.41 角秒 |
| 图像圈 | 43.3 毫米 (1.7") Ø , 4.0° |
| 可用字段 | 52 毫米(2.04 英寸)Ø,4.8°,视场边缘性能损失极小 |
| 波长范围 | 400 - 700 纳米 |
| 光斑尺寸 | 视场范围内 RMS < 4.4 μm |
| 光学涂层 | 星光闪耀 XLT |
| 离轴照明 | 离轴 21 毫米 (.82") 处为 83% |
| 光学窗口 | 68毫米(2.67英寸)直径 |
| 使用附带的相机适配器进行后焦 | 55毫米(2.16英寸) |
| 从螺纹环顶部向后对焦 | 72.8 毫米 (2.86 英寸) |
| 光学筒 | 铝 |
| 光学管长度 | 838.2 毫米 (33") |
| 光管直径 | 330.2 毫米 (13") |
| 调焦器 | 超稳定对焦系统 |
| 寻星镜 | 不包括 |
| 光学筒重量 | 43 磅(19.5 千克) |
| 其他功能 | 通风风扇,双燕尾安装杆 |
| 包含物品 | 42mm(1.65英寸)T型螺纹相机适配器 | 48mm(1.89英寸)相机适配器 | 防尘罩 | 风扇电池组 |
| 燕尾榫 | CGE 燕尾榫杆 |
$31,499.00
Rowe-Ackermann Schmidt 天文照相仪 (Celestron RASA 36) 是一种经济高效的光学系统,可用于太空监视、太空态势感知 (SSA)、其他科学应用以及先进的广角天文成像。它在光圈、速度、视场和光学性能方面具有前所未有的价值。RASA 设计具有方便的外部主焦点图像捕获位置和平坦的焦平面,可为广角边缘提供小光斑尺寸。结果是图像没有场曲、离轴彗差和像散等光学缺陷。
36 厘米口径版本是 RASA Celestron 制造的最大口径版本;它是同类现成光学仪器中最大、速度最快(f/2.2)的。与大多数仅聚焦可见光(400-700 纳米)的望远镜不同,RASA 36 厘米聚焦的光谱范围更广(400-900 纳米),从而使相机传感器能够检测到更亮的信号。RASA 36 厘米还具有重新设计的对焦系统,可确保轻松、稳定的对焦。
RASA 36 c 样品后焦距(77.5 毫米)可适应各种成像传感器。可添加定制相机适配器,视野可达 4.4 度。
重要的货运要求RASA 36 是一款专业级高精度仪器。它按照严格的标准制造和校准,以提供卓越的光学性能。望远镜已包装好,以确保其在运输过程中保持校准和性能。然而,由于重量、尺寸和通过包裹服务运输的已知压力,Celestron 已确定理想的运输方式是通过 LTL 卡车货运进行托盘运输。对于所有澳大利亚交付,Celestron 将通过这种方式发货。请联系我们以了解更多运费
| 光学管信息: | |
|---|---|
| 光学设计 | 罗威-阿克曼施密特天文照相仪 |
| 光圈 | 355.6 毫米 (14") |
| 焦距 | 790 毫米 (31.1") |
| 焦距比 | f/2.2 |
| 中心阻塞直径 | 158 毫米(6.22 英寸)(孔径的 44%) |
| 聚光能力(与人眼相比) | 2581X |
| 分辨率(瑞利) | 0.39 角秒 |
| 解析度(道斯) | 0.36 角秒 |
| 图像圈 | 60.1 毫米 (2.36 英寸) Ø, 4.4° |
| 可用字段 | 70 毫米(2.75 英寸)Ø,5.1°,视场边缘性能损失极小 |
| 波长范围 | 400 – 900 纳米 |
| 光斑尺寸 | 视场范围内 RMS < 6.3 μm |
| 光学涂层 | 增强型铝材、XLT 多层涂层 |
| 离轴照明 | 30 毫米(1.18 英寸)离轴处为 83% |
| 光学窗口 | 104 毫米(4.09 英寸)直径 |
| 使用附带的相机适配器进行后焦 | 55毫米(2.16英寸) |
| 从螺纹环顶部向后对焦 | 77.5 毫米 (3.05") |
| 光学筒 | 铝 |
| 光学管长度 | 1079.5 毫米 (42.5 英寸) |
| 光管直径 | 406.4 毫米 (16") |
| 调焦器 | 全新调焦器设计,最大程度减少焦点偏移 |
| 寻星镜 | 不包括 |
| 光学筒重量 | 75 磅(34.02 千克) |
| 其他功能 | 通风风扇,双燕尾安装杆 |
| 包含物品 | 48 毫米(1.89 英寸)相机适配器、风扇电池组 |
$189.00
- Safeguard your RASA: Store and transport your 6” RASA in a sleek, grab-and-go case that offers superior protection and portability.
- Durable triple-layer construction: Custom-designed for the 6” RASA, this bag features an ultra-durable and water-resistant 900 denier outer shell, 1.5” thick EPE foam padding, and a super-soft inner lining.
- Easy to load and unload: Multiple zippers provide instant access to the tube, making it fast and easy to set up or break down your RASA.
- Integrated storage pocket: Securely holds a filter drawer and camera adapter in the lid with a snap-button strap for quick access and protection.
- Two carrying options: Use the sewn-in carry handles or the padded, adjustable shoulder strap.
Still carrying your optical tube box to remote observing sites? Let us lighten your load with our sleek, protective optical tube carrying case. This padded bag offers the perfect storage solution, so you can carry your 6” Rowe-Ackermann Schmidt Astrograph (RASA 6) with confidence, wherever your astronomical adventures take you. Enjoy peace of mind knowing that RASA is secure and protected for both storage and transport.
Ultra-durable Materials
The RASA 6 Padded Telescope Bag features a three-layer construction. The outer fabric shell is crafted from 900 denier polyester, which is composed of 900 yarns woven into a basket-weave pattern and then treated to protect against weather and scratches. The bag's walls are lined with a robust 38mm thick EPE foam, which provides a protective cushion for the RASA tube. Inside, you’ll find a soft polyester PVC fabric interior to protect the tube's surfaces.
Convenient Storage and Carry Options
Thanks to this bag’s user-friendly design, you can easily load or unload your RASA 6 tube. Just unzip the circular zipper at the end of the bag and slide the tube in. Make sure to line up the dovetail with the zipper that runs lengthwise along the bag. You can also open the full-length zipper to help guide the tube in. It’s that easy—your RASA 6 is safely packed in seconds.
For added convenience, the inside of the bag’s lid features a dedicated storage pocket designed specifically for the RASA 6’s filter drawer and camera adapter. These components strap securely in place with a snap-button closure, keeping them protected and easily accessible when you need them. This thoughtful storage solution helps ensure that all your essential accessories stay organized and travel safely alongside your telescope.
When it’s time to go, you can carry your RASA with the sewn-in carry handles for a comfortable and secure grip. You can also attach the clip-in padded shoulder strap for a hands-free option. The adjustable strap allows you to customize so it’s the perfect length to sling over your shoulder.
Compatible Telescopes
This soft case is custom-designed exclusively for the 6” RASA and the Advanced VX 6” RASA telescope kit. This bag is not compatible with Celestron Origin.
Specifications
| GENERAL | |
|---|---|
| Outer Material: | 900 Denier Polyester |
| Walls- Foam: | EPE Foam (38mm (1.5") thick) |
| Internal material: | PP webbing |
| Zippers: | Nylon Zippers with cord pulls |
| Included Accessories: | 4" Celestron window sticker (part of label) Shoulder strap Built-in pocket to store your filter drawer and camera adapter |
| Compatibility: | 6" RASA Optical Tube and Advanced VX 6" RASA Telescopes |
| Outside Dimensions: | 578mm x 253mm x 253mm (22.75" x 9.96" x 9.96") |
| Inside Dimensions: | 489mm x 180mm x 180mm (19.25" x 7.1" x 7.1") |
| Weight: | 3.96 lbs (1.8 kg) |
The night sky, at f/2.2.
The smallest Rowe-Ackermann Schmidt Astrograph ever built. Ultra-fast prime-focus optics, sub-arcsecond resolution and 3.8 kg of grab-and-go portability for serious deep-sky astrophotography, anywhere.
Professional optics. In a body you can carry with one hand.
Patented Rowe-Ackermann Schmidt architecture.
The RASA places the camera at prime focus, the same position used by professional wide-field survey telescopes. No secondary mirror, no Barlow, no lost light. More photons reach your sensor, in less time.
Since RASA technology debuted in 2014, defence contractors, professional researchers and governments have relied on it for space surveillance and satellite tracking. The RASA 6 delivers that same proven design in a portable package.
- Schmidt corrector plate and primary mirror minimise optical aberrations across the field
- Three-element rare-earth glass lens group ensures sharp, flat focus edge-to-edge
- Spot size under 1.5 μm RMS across the full image circle
NGC 6888. The Crescent Nebula.
Captured with the RASA 6 and an astronomical CMOS camera. Short sub-exposures stack into stunning images in a fraction of the time needed by slower instruments.
Four reasons it’s unlike anything else in its class.
Speed, resolution, portability and field of view, all engineered into one compact prime-focus astrograph.
Lightning-fast astrophotography at f/2.2.
The RASA 6’s blazing focal ratio dramatically shortens sub-exposure times. Faint deep-sky objects that would take hours with a typical refractor can be captured in a fraction of that time. Paired with live-stacking software, bright detailed images appear on your screen in just minutes. In many conditions you can image without an autoguider, simplifying your entire setup.
Sub-arcsecond potential.
Despite its compact size the 152 mm aperture delivers a Dawes resolution of 0.76 arc seconds. Pair it with a high-resolution CMOS camera in steady seeing and you will resolve fine structure in galaxies, nebulae and star clusters that smaller instruments cannot touch. The flat field means stars stay sharp from the centre all the way to the corner of the sensor.
Grab-and-go, genuinely.
At 3.8 kg the RASA 6 is light enough to carry with one hand and fits in a bag alongside your mount. The CG-5 dovetail means it drops straight onto most mid-range tracking mounts without adapters. Chase dark skies without compromising on optical performance. This is the astrograph you will actually take with you.
Wide field without sacrifice.
The RASA 6 is designed for sensors up to 22 mm diagonal, delivering a useable field of 3.76°. Wide enough to frame the Orion Nebula, the Pleiades and large emission nebulae in a single shot. Off-axis illumination of 91% at 8 mm means the field stays bright from edge to edge, reducing processing time on flats and vignette correction.
StarBright XLT. Maximum light throughput.
Every refractive and reflective surface is treated with Celestron’s proprietary StarBright XLT multi-layer coating. The result is exceptional light transmission and superior field illumination across the full wavelength range from 400 to 700 nm.
The RASA design outperforms a Schmidt-Cassegrain in Fastar-style configuration for field illumination. Less vignette, less processing, more imaging.
M42. The Orion Nebula.
IMX183C colour CMOS camera. 60 × 2 min exposures plus 20 × 15 sec exposures for the bright core. The wide field and fast optics of the RASA 6 capture the full extent of the nebula in a single frame.
Everything the modern astroimager needs, integrated.
A filter drawer, a cooling fan, a camera adapter and a CG-5 dovetail. Ready to image, straight out of the box.
1.25″ and 2″ filters. Without slowing you down.
The built-in filter drawer accepts both 1.25″ and 2″ filters. A removable 2″ clear optical window ships as standard. Unlike many fast astrographs, swapping in a filter adds no extra glass to the optical path, so f/2.2 performance is fully preserved.
Thermal equilibrium, fast.
The integrated 12V DC MagLev fan pulls air through mesh vents to rapidly cool the optical system to ambient temperature. Sharper stars and better images from the moment you start. The fan battery pack is included.
Plug a CMOS camera straight in.
The included M42 T-thread camera adapter attaches most popular astronomical CMOS cameras directly to the RASA 6 without extension tubes. The 42 mm clear aperture comfortably accommodates sensors up to 22 mm diagonal. Back focus with the included adapter is 17.5 mm.
Mount-ready, no adapters.
The CG-5 dovetail bar is compatible with a wide range of tracking mounts straight out of the box. No adapters, no Vixen-to-Losmandy conversions. Ready to image as soon as you saddle up. For maximum performance, add the optional Celestron Focus Motor for electronic focus control.
Results from the RASA 6.
Sample images taken with the RASA 6 and an IMX183C colour CMOS camera at f/2.2.
Highlights.
Everything that makes the RASA 6 the most portable serious astrograph in its class.
152 mm (5.98″) aperture, 335 mm focal length, f/2.2 prime focus
Patented Rowe-Ackermann Schmidt prime-focus astrograph optical design
StarBright XLT multi-layer coatings on every refractive and reflective surface
91% off-axis illumination at 8 mm and 472× light-gathering vs the eye
Useable field of 3.76° for sensors up to 22 mm diagonal
Built-in 1.25″ / 2″ filter drawer with included clear optical window
Integrated 12 V DC MagLev cooling fan with battery pack
3.8 kg optical tube with CG-5 dovetail for fast mount setup
Celestron RASA 6.
Complete technical data for your imaging setup planning.
| Optical Tube | |
| Optical design | Rowe-Ackermann Schmidt Astrograph |
| Aperture | 152 mm (5.98″) |
| Focal length | 335 mm (13.18″) |
| Focal ratio | f/2.2 |
| Optical coatings | StarBright XLT (all refractive and reflective surfaces) |
| Tube material | Aluminium |
| Tube length | 609.6 mm (24″) |
| Tube diameter | 177.8 mm (7″) |
| Weight | 3.8 kg (8.4 lb) |
| Dovetail | CG-5 dovetail bar |
| Focuser | Standard Schmidt-Cassegrain focuser |
| Optical Performance | |
| Central obstruction | 77 mm (3.03″) - 46% of aperture diameter |
| Light-gathering power | 472× vs the human eye |
| Resolution (Rayleigh) | 0.91 arc seconds |
| Resolution (Dawes) | 0.76 arc seconds |
| Spot size | < 1.5 μm RMS across the full image circle |
| Off-axis illumination | 91% at 8 mm (0.31″) off-axis |
| Wavelength range | 400–700 nm |
| Field of View & Camera Interface | |
| Image circle | 16 mm (0.63″) Ø, 2.74° |
| Useable field | 22 mm (0.86″) Ø, 3.76° (minimal performance loss at edge) |
| Camera mounting threads | M42 |
| Back focus (with adapter) | 17.5 mm (0.69″) |
| Filter System | |
| Filter drawer | Accepts 2″ format filters, includes 1.25″ adapter |
| Clear filter included | 2″ AR-coated optical window, 2 mm glass |
| Cooling & Electronics | |
| Cooling fan | 12 V DC MagLev |
| Fan power | Fan battery pack (included) |
| In the Box | |
| Included items | M42 (42 mm T-thread) camera adapter, fan battery pack, filter drawer with 2″ clear filter |
Professional optics. Portable by design.
The same prime-focus optical technology trusted by defence contractors and professional researchers, now in a grab-and-go package built for serious Australian astrophotographers. Backed by Bintel’s 40 years of expert optics support.
无反光镜相机在天文摄影界如野火般蔓延——这是有原因的。当与 Celestron 的开创性 8 英寸 Rowe-Ackermann Schmidt 天文照相仪 (RASA) 搭配使用时,您可以获得壮观的深空天文图像。
那么,是什么让无反光镜相机成为 RASA 的完美搭档呢?首先,紧凑的相机机身放在 RASA 光学镜筒的前面时,不会造成太大的阻碍。其次,灵敏的成像芯片有助于捕捉 RASA 光学镜筒带来的每一个令人惊叹的细节。
如果您想将 SONY 无反光镜相机与 8 英寸 RASA 配合使用,此适配器是必备配件。使用相机的集成卡口,它可以牢固地安装在 RASA 的前面。此外,此适配器将相机的传感器置于精确的后焦距处,以获得最佳图像清晰度。
注意:仅适用于 RASA 8
借助随附的硬件,可轻松将此燕尾槽杆安装到 Rowe-Ackermann Schmidt Astrograph 8 的顶部。安装后,您可以连接任何使用 CGE 或 Losmandy D 系列燕尾槽板的天文配件。
$799.00
通常在订单完成后约 2-3 个工作日内可取货或发货
夜空中的光污染会严重降低天文图像的对比度。使用 8 英寸 RASA 等非常快的望远镜时尤其如此,因为天空背景会很快饱和。光污染的“噪音”会淹没您正在拍摄的天体的“信号”,从而难以获得最详细的图像。
RASA 8 光污染滤镜可解决这个问题,它可阻挡光污染,同时传输来自深空物体的光线。这样,便可呈现出明亮、细致的物体,与黑色的天空背景形成鲜明对比。
幸运的是,许多光污染源的发射光谱相对隐蔽;它们主要发射特定波长的光。通过策略性地阻挡这些波长,滤光片可以大大降低光污染的影响,而不会降低整体图像质量。
工作原理
8 英寸 RASA 的光污染成像 (LPI) 滤光片可阻挡 400-700nm(即可见光谱)之间一些最常见的光污染源的光,包括高压和低压钠蒸气路灯、汞蒸气路灯以及大气中的氧气引起的自然气辉。
与一些光污染滤镜不同,LPI 滤镜仅阻挡光谱的特定区域,而不是大面积区域。这有助于保持图像亮度和色彩平衡。此外,与发射星云相关的特定波长,如 H-α(656nm)、H-β(486nm)、OIII(496nm 和 501nm)和 SII(672nm),都具有高度透射性,从而确保这些物体的图像亮度损失最小。
滤光镜直接安装在 RASA 8 前镜头单元的内部滤光镜座中,光学窗口通常安装在该座中。通过移除透明窗口并用滤光镜替换它,可以保持整个系统的光学性能。
每个滤光片都配有一个塑料存储盒,用于在不使用时安全存放滤光片或 RASA 附带的占位玻璃。您还将收到特定设备独有的光谱透射图,以验证其性能。
RASA 8 光污染过滤器规格
| 材料 | 肖特B270 |
| 玻璃厚度 | 1.9 毫米 |
| 过滤器直径 | 46 毫米 |
| 通光孔径 | 43 毫米 |
| 涂料 | 二向色、多层防反射 |
| 住房 | 铝,黑色阳极氧化 |
RASA 佳能无反光镜相机适配器
无反光镜相机在天文摄影界如野火般蔓延——这是有原因的。当与 Celestron 的开创性 8 英寸 Rowe-Ackermann Schmidt 天文照相仪 (RASA) 搭配使用时,您可以获得壮观的深空天文图像。
那么,是什么让无反光镜相机成为 RASA 的完美搭档呢?首先,紧凑的相机机身放在 RASA 光学管的前面时,不会造成太大的阻碍。其次,灵敏的成像芯片有助于捕捉 RASA 光学系统带来的每一点惊人细节。
如果您想将佳能无反光镜相机与 8 英寸 RASA 配合使用,此适配器是必备配件。使用相机的集成卡口,它可以牢固地安装在 RASA 的前面。此外,此适配器将相机的传感器置于精确的后焦距处,以获得最佳图像清晰度。
注意:仅适用于 RASA 8
$1,799.00
Celestron Reducer 0.7x Edge HD1100
Celestron 的新款 EdgeHD 减焦镜采用定制的 5 元件光学设计,旨在保持我们屡获殊荣的 EdgeHD 光学系统的平场性能。与普通减焦镜不同,我们的高级减焦镜提供充足的后焦距,以适应各种成像配件。
EdgeHD 减焦镜提供高折射率光学元件,包括超低色散、稀有镧元素,可提供高对比度视图,同时最大限度地减少色差。所有空气到玻璃镜头表面均采用多层涂层,以实现最大透光率和色彩校正,并包含黑边以最大限度地减少内部反射并最大限度地提高图像对比度。大直径镜头元件,高达 60 毫米的清晰光圈,确保优化的图像圈保持在 42 毫米,以便与大型 CCD 传感器一起使用。
我们的减速器采用计算机辅助 CNC 加工的铝制外壳,可精确间隔和对准光学元件,并在镜头组件上采用螺纹金属盖,以保护您的投资免受灰尘和划痕的影响,为您提供出色的机械设计。
借助所有 EdgeHD 光学系统上的 fastar 选项,再加上 .7x 减焦镜,您的望远镜将成为当今同等价格范围内最完整的成像系统。
表现
- 设计:专为 EdgeHD11" 设计的 5 元件光学布局,以保持 Edge HD 光学设计的平场性能
- 保持与 F/10 时相同的后焦距:与通用减焦镜不同,EdgeHD .7x 提供宽大的后焦距,以容纳附加配件和各种相机。还允许使用现有的 EdgeHD T 型适配器和其他 Celestron 成像配件
- 比 f/10 快一个 F 档:将曝光时间缩短一半,以捕捉相同亮度的物体
- 视野增加 43%:更适合捕捉更大星系和星云的广角图像
玻璃
- 镧玻璃元件: EdgeHD 减焦镜采用“稀土”镧玻璃元件,可实现清晰、高对比度的观看效果,同时最大限度地减少色差
- 全多镀膜镜片:所有空气到玻璃表面均有多层镀膜,以实现最大透光率和色彩校正
- 黑边:所有镜头元件均有黑边,以最大限度地减少内部反射并最大限度地提高对比度
全框架设计
- 直接拧到 EdgeHD 光学管的 3.25 英寸螺纹上:减少机械渐晕并允许与更大的(全画幅)传感器和离轴导向器一起使用
- 清晰光圈: 60 毫米清晰光圈镜头针对 42 毫米像圈进行了优化,可与大型 CCD 传感器配合使用。
机械设计
- 机械加工铝制外壳:计算机辅助 CNC 机械加工铝制外壳,用于精确间隔和对准光学元件。
- 镜头组件两端均有螺纹金属盖:保护您的投资免受不必要的灰尘和划痕的损害。
多功能性
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Fastar 兼容性和 f/2 成像以及可选配件: EdgeHD 是同等价格范围内最完整的成像系统。
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