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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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1788 products
1788 products
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$820.00
纳格勒 5 型
31 毫米的独特 6 元件设计使用四种奇异的玻璃,保持了 Type 4s 的对比度进步,同时实现了比 22 毫米 Type 4 大 82% 的真实视场面积!
拥有快速多布森/牛顿望远镜的用户可以享受比以往更大的真实视场,不受二次阴影的影响。例如,配备 Paracorr 镜头的 12.5 英寸 f/4.5 望远镜将提供 1.5 度视场(3 个月球直径),放大倍率为 53 倍,出瞳直径为 6 毫米。
要实现超过 82° 视场的全放大范围,需要两种类型:焦距为 31、26、20、16mm 的 Nagler Type-5 和焦距为 13、11、9、7、5、3.5、2.5mm 的 Nagler Type-6。
Type-5 可实现最大的真实视场(31mm 具有 42mm 视场光阑),而焦距较短的 Type-6 型号则是共焦的,具有相似的尺寸和重量,且均具有舒适的 12mm 眼部缓解。
Type-4 型号具有大约 18 毫米的出瞳距离,并且配备“instajust”护目镜,最适合焦距范围为 22、17、12 毫米的眼镜佩戴者或 Dioptrx 用户。
$999.00
天空观察者 127 毫米 AZ-Go2 马克苏托夫·卡塞格伦
Sky-Watcher 127/1500 马克苏托夫卡塞格林望远镜是一款全自动望远镜,非常适合初学者和想要直接进行观测的人。使用计算机化的 SynScan 系统的“明亮物体”对准模式,只需几分钟即可对准支架,该系统可以自动指向和跟踪天空中超过 42,000 个物体!这意味着花在寻找微弱星云或遥远行星上的时间更少,而花在享受观测上的时间更多。天文学从未如此简单!
马克苏托夫-卡塞格林望远镜是一种紧凑而强大的光学设计,它结合了前弯月形透镜和两面镜子。光学管由前弯月形透镜封闭,保护镜子免受大气因素(如湿气、灰尘和污染)的影响。管子很短,但焦距很长,可以使用标准目镜实现高倍放大。这款 Sky-Watcher 望远镜的最大实用放大倍率为 256 倍,可以揭示土星环、木星带、火星极地冰盖以及金星和月亮相位的细节。
AZ-Go2 支架 - 可通过 Wi-Fi 控制 iOS 和 Android 设备,并与 SynScan 手动控制器兼容,提供平稳跟踪和快速对准。使用 Wi-Fi 可通过移动设备(智能手机或平板电脑)无线控制望远镜。
从 Google Play 或 App Store 下载 SynScan 应用程序。
AZ-Go2 支架特点:
- 无线网络连接
- DC12V电压
- 1.3kg 安装重量
- 直流电机
包装内容:
- 127毫米马克苏托夫-卡塞格林
- AZ-Go2 支架
- 智能手机适配器
- 10 和 25 毫米超级普罗索目镜 – 1.25 英寸镜筒
- 90° 对角线 – 1.25 英寸枪管
- 红点寻星镜
- 电源要求:12v 直流电源(正极)或 AA 电池(不提供)
- 带配件托盘的不锈钢三脚架
规格:
| 光学设计 | 马克苏托夫·卡塞格林 |
| 光学直径 | 127 毫米 |
| 焦距 | 1500毫米 |
| F/比率 | 光圈/11.6 |
| 最高实用功率 | 256x |
| 寻星镜 | 红点寻星仪* |
| 对角线 | 1.25″ 90 度 |
| 目镜 | 1.25 英寸超级普罗索 25 和 10 毫米 |
近距离清晰拍摄 – 三阳 135mm F2.0!
Samyang 135mm F2.0 ED UMC II Nikon AE 全画幅相机镜头是一款适用于全画幅传感器尺寸的手动对焦远摄镜头。它呈现出鲜艳的色彩和柔和的失焦区域,使其成为拍摄人像、夜景、野生动物和新闻摄影的最佳镜头。
该镜头拥有F2.0的小光圈,在较暗或者过亮等各种曝光环境下拍摄,都可以精准地控制镜头。
该镜头采用 7 组 11 片镜片,特别包括超低色散镜片 (ED),可在整个图像中提供高分辨率。三阳光学的超级多镀膜 (UMC) 用于优化光线穿透,并最大限度地减少眩光和鬼影。凭借这种光学结构,它具有 0.8m 的最小焦距,可拍摄近距离的物体。此外,浮动式设计可确保尽可能多的光线,并通过最大限度地减少球面像差和失真来最大限度地提高分辨率。
光圈叶片设计为 9 片,当光圈关闭时几乎形成一个完整的圆形,可清晰、美丽地呈现星光。镜头框架紧凑而坚固,因为它由高强度铝合金制成,因此您可以创建值得信赖的图像。可拆卸的花瓣形镜头遮光罩可保护镜头免受不必要的光线影响,从而最大限度地减少眩光和鬼影。
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明亮的 F2.0 光圈
保证在低光照条件下更快的快门速度,并通过模糊背景为照片增加深度。
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采用超级多涂层技术最大程度减少眩光和鬼影效应
通过减少图片中眩光和重影效果的影响,同时确保出色的图像质量和从中心到边缘的对比度,它可以提供清晰锐利的图像质量。
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平滑对焦环
平滑对焦确保精确控制并产生具有令人难以置信的清晰度的图像,使其成为室内和夜间拍摄的理想选择。
| 型号名称 | 135mm F2.0 ED UMC | |||||||||
| 光圈范围 | F2.0~22 | |||||||||
| 光学的 建造 |
7 组 11 个镜片 | |||||||||
| 最低限度 对焦距离 |
0.8 米(2.62 英尺) | |||||||||
| 过滤器尺寸 | 77 毫米 | |||||||||
| 最大直径 | 82毫米 | |||||||||
| 山 | 佳能EF | 尼康F | 宾得 K | 索尼 | 佳能M | 富士 X | 三星 NX | 索尼电子 | 骨髓纤维化 | |
| 视角 | 35 毫米 | 18.8˚ | 18.8˚ | 18.8˚ | 18.8˚ | - | - | - | 18.8˚ | - |
| APS-C | 11.7˚ | 12.4˚ | 12.4˚ | 12.4˚ | 11.7˚ | 12.4˚ | 12.4˚ | 12.4˚ | - | |
| 三分之四 | - | - | - | - | - | - | - | - | 9.5˚ | |
| 长度 | 122.1 毫米 | 119.6 毫米 | 120.6 毫米 | 121.6 毫米 | 148 毫米 | 148.4 毫米 | 140.6 毫米 | 148.1毫米 | 146.9 毫米 | |
| 重量 | 830克 | 815克 | 820克 | 825克 | 840克 | 880克 | 830克 | 840克 | 835克 | |
| 功能 | A / S / M / P 模式(尼康 F) | |||||||||
$89.00
《深空年鉴》第 6 卷:银河系和河外天体调查是一本全面的参考书,可引导天文学爱好者探索观测宇宙的每一个令人难以置信的角落。每卷都对北半球和南半球天空中的著名恒星和深空天体进行了详细描述,包括罕见的天体和其他天体奇观。《年鉴》结合了天体物理学和宇宙学的最新发现、深厚的历史背景以及引人入胜的插图和图像,为读者提供了太阳系以外天体的深入介绍。每一卷《年鉴》的使命都是引导观察者踏上他们自己的天文探索之旅,无论是通过目镜还是在雨夜舒适的椅子上。没有其他流行的天文学作品提供著名天体的全面历史背景和天体物理评估。
封面;变色龙、圆规座、天鸽座、后发座和南冕座。
国际标准书号: 978-1942675112
$1,599.00
Celestron C6
Celestron C6 -A XLT OTA 6" f/10 施密特-卡塞格林望远镜在功率和便携性之间取得了完美的平衡,是观察太阳系内或太阳系外物体的理想选择。它采用施密特-卡塞格林光学系统,由校正板、球面主镜和副镜组成,它们共同作用,减少球面像差和色差,从而获得清晰锐利的高分辨率图像,并准确呈现色彩,但边缘部分会失真。专有的 StarBright XLT 光学涂层系统是光学系统的补充,可提高整个可见光谱的透光率和反射率。非常适合安装在Celestron Advanced VX或Skywatcher HEQ5 Pro上。
- 6" 施密特-卡塞格伦光管组件
- 铝光学管
- Celestron 的优质 StarBright XLT 涂层
- 焦距 1500 毫米 (f/10)
- 附有 25 毫米目镜 (60x)
- 可视背面允许使用 1.25 英寸配件
- 6x30 寻星镜帮助准确找到物体
- 星对角线可在观察高空物体时提供更舒适的观看位置
- 包括与 CG-5 高级系列支架兼容的燕尾导轨
| 孔径(毫米) | 150 毫米(5.91 英寸) |
| 视场角 | .83” |
| 燕尾兼容性 | CG-5 支架 |
| 兼容 Fastar | 是的 |
| 寻星镜 | 6x30 |
| 焦距 | 1500 毫米(59 英寸) |
| 目镜焦距1... | 25 毫米(0.98 英寸) |
| 焦距比 | 10 |
| 最高有用放大倍数 | 354 x |
| 聚光能力(Comp... | 459 x |
| 限制恒星星等 | 13.4 |
| 线性视野 (@1000... | 44 英尺(13 米) |
| 最低有用放大倍数 | 21 x |
| 目镜放大倍数 1 | 60 x |
| 光学涂层 | 星光闪耀 XLT |
| 光学设计 | 施密特一卡塞格林 |
| 光学筒 | 铝制 - 黑色 |
| 光学管长度 | 16 英寸(406 毫米) |
| 光学筒重量 | 10 磅(4.54 千克) |
| 解析度(道斯) | 0.77 角秒 |
| 分辨率(瑞利) | 0.93 角秒 |
| 次镜遮挡... | 14% |
| 次镜遮挡 | 2.2 英寸(56 毫米) |
| 星对角线 | 1.25 |
$609.00
通常在订单完成后约 2-3 个工作日内可取货或发货
SkyWatcher f4 无球差彗差校正器
仅适用于 F4 牛顿式望远镜。
Sky-Watcher 2” F4 彗形校正器旨在克服牛顿望远镜中出现的晕影效应。这可让您在整个视野范围内看到针尖星。放大倍数保持不变。它可帮助天文摄影者改善他们的天空照片。
它已针对所有 Sky-watcher 快速比率 (f/4) 牛顿反射镜(带 2 英寸调焦器)进行了优化。您需要购买适当的适配器来连接到您的相机。
Sky-Watcher 2”彗形像差校正器特点
- 牛顿反射镜彗形像差校正器 (2″)
- 针对所有 Sky-Watcher 快速比率 f/4 牛顿反射镜(带 2 英寸调焦器)进行了优化
- 提供令人惊叹的广角视野,可将星点精确定位到视野边缘(最高可达全画幅传感器)
- 放大倍数保持不变
校正器的长度为 100 毫米,望远镜侧配有 M48 外螺纹。校正器与传感器之间的正确间距是实现最佳校正所必需的:
F=600mm,工作距离=51.66mm
F=800mm,工作距离=53.66mm
F=1000mm,工作距离=55.0mm
F=1200mm,工作距离=54.66mm
>1500mm,工作距离=54.60mm
High powered binocular viewing without the need for a tripod
New from FUJINON: High-magnification image-stabilized binoculars equipped with ED lenses, allowing for brighter and clearer observation of distant objects.
Higher magnification binoculars often need a tripod to avoid the hand movements and shakes while trying to hold them still. Taking a tripod into the field can be tricky, especially for bird watching in the distance or species identification where higher powers are needed.
FUJINON TECHNO-STABI Binoculars use latest image stabilising technology to provide steady, shake-free viewing without a tripod even in the harshest of conditions.
- Highest level of magnification in the "FUJINON TECHNO-STABI Series".
- Ideal for bird or nature viewing.
- The image stabilization system with a correction angle of ±3° also allows users to see athletes and performers' faces clearly during sports events or music concerts in large venues.
- These binoculars feature ED lenses (extra-low dispersion glass) to reduce axial chromatic aberration for long distance subject observation.
Key Features
Subject Matter
Marine Sports/Safari Tour, Stargazing/Nature, Professional Observation/Surveillance
Magnification
20
Objective diameter (mm)
40
Field of view
3.4
Apparent field of view *1
185.5
Width (mm)
122
Depth (mm)
72
Weight without battery (g)
853
Water Resistant *2
1m for 30min (IPX7)
Operating Tempeture
-10℃~+50℃
1. Apparent field of view based on ISO14132-1:2002
2. Does not mean it can be used in water.
$225.00
Specifications
| Magnification | 8x |
|---|---|
| Objective Lens Diameter | 26 mm |
| Eye Relief | 15.0mm |
| Angular Field of View | 6.7º |
| Close Focus | 7.6' |
| Interpupillary Distance | 57mm - 71mm |
| Linear Field of View | 352' @ 1000 yds |
| Height | 4.3" |
| Width | 4.6" |
| Weight | 12.7 oz. |
Features
| Multi-Coated | Fully Multi-Coated |
|---|---|
| Nitrogen Gas Purged | Yes |
| Rubber Armor | Provides a secure, non-slip grip, and durable external protection. |
Included In The Box
- Rainguard Eyepiece Cover
- Comfort neck strap
- Deluxe carry case
Warranty
All Vortex products are covered by the Australian Vortex VIP Warranty
VIP stands for a Very Important Promise to you, our customer. We will repair or replace your Vortex® product in the event it becomes damaged or defective—at no charge to you. If we cannot repair your product, we will replace it with a product in perfect working order of equal or better physical condition.
You see, it doesn't matter how it happened, whose fault it was or where you purchased it. If you ever have a problem, no matter the cause, we promise to take care of you. You can count on the VIP Warranty for all Vortex Optics riflescopes, prism scopes, red dots, rangefinders, binoculars, spotting scopes, tripods and monoculars.
- UNLIMITED LIFETIME WARRANTY
- FULLY TRANSFERABLE
- NO RECEIPT NEEDED
The VIP Warranty does not cover loss, theft, deliberate damage or cosmetic damage that does not hinder the performance of the product.
$169.00
- Phase-Corrected BAK4 Roof Prisms
- Fully Multicoated Optics
- Nitrogen-Filled, Water and Fogproof
- Reinforced Polycarbonate Housing
- Center Focusing
- Tripod Mountable
- Twist-Up Eyecups
Designed for the nature enthusiast who wants to pack light without sacrificing image quality, the Pentax 10x25 A-Series AD WP Compact Binocular delivers bright, clear images while weighing in at around 300g.. Their BAK4 roof prisms are phase corrected to improve image contrast and enhance colour rendition. All of the optics are anti-reflection and fully multi-coated to maximize light transmission, producing the brightest views possible.
An asymmetrical hinge design enables the binocular to be folded up much smaller than typical center-hinged optics. In order to cut weight, the housing is made of corrosion- and impact-resistant fiberglass-reinforced polycarbonate polymer. The material is also temperature resistant, allowing for its use in extreme climates while reducing expansion and contraction that wide temperature swings can cause (and which can make the optical components move out of collimation over time).
In order to cut weight, the housing is made of corrosion and impact-resistant fiberglass reinforced polycarbonate polymer. The material is also temperature-resistant allowing for its use in extreme climates while reducing expansion and contraction wide temperature swings can cause which can make the optical components move out of collimation over time. Its optical tubes are nitrogen-filled and O-ring sealed so they can are submersible to 1m, as well as fogproof in all weather conditions.
Optical Performance
- 10x magnification
- BAK4 roof prisms
- Phase-corrected prism coatings enhance contrast and improve colour rendition
- Anti-reflection fully multi-coated optics
Construction Details
- Lightweight fiberglass-reinforced polycarbonate housing
- Housing is corrosion, temperature, and impact resistant
- Nitrogen filled for fogproof performance; submersible to 1m
- Rubberized armoring protects against impacts and provides slip-resistant grip
- Inner focusing mechanism provides smooth focus while preserving waterproof seals
Specifications
|
Prism Type |
Roof |
|
Magnification |
10x |
|
Objective Lens Diameter |
|
|
Angle of View |
5.0° |
|
Field of View |
87.5 m @ 1000m |
|
Minimum Focus Distance |
3 m |
|
Exit Pupil Diameter |
2.5 mm |
|
Eye Relief |
20 mm |
|
Focus Type |
Center |
|
Tripod Mount |
None |
|
Dimensions |
10.9 x 10.4 x 4.1 cm |
|
Weight |
300.5 g |
From $49.00
Maximize the precision and accuracy of your observations with QHY Polemaster Adapters. These adapters, specifically designed for QHY Polemaster, fit seamlessly with a variety of mounts for easy setup and use. Take your astrophotography to the next level with these high-quality adapters.
$455.00
The Optolong L-Para is a dual narrowband 10nm light pollution filter, specifically designed to filter out unwanted mercury, sodium, and LED light pollution emissions and enhance the detection of nebulae emission lines with a transmittance rate of over 85% and a 10nm FWHM for both OIII (500.7nm) and H-Alpha (656.3nm). It offers superior contrast and anti-halo effects for capturing detailed and vibrant nebulae images.
Key Features:
Broad Compatibility:
A dual narrowband filter suitable for all telescope systems, adaptable to fast optics (focal ratios of F2, F2.8, F3.2, F4) as well as various standard/normal focal ratio telescopes.
Light Pollution Resistance:
Effectively cuts off emission lines from mercury lamps, sodium lamps, LEDs, and other light pollution sources, making it applicable to Bortle Scale1- 7 dark skies.
High Transmission Rate:
In systems with a focal ratio of F2 and above, the transmittance of nebula emission lines OIII and Ha exceed 85%, resulting in higher imaging efficiency.
Excellent Contrast:
The high transmittance of nebula emission lines (OIII & Ha) combined with deep cut-off of light pollution bands significantly improves image contrast and detail richness.
Anti-Halo Characteristics:
The design has undergone several round of optimizations and many times of repeated testing ,resulting in a marked improvement in anti-halo performance, enhancing the capture of bright stars.
Optolong L-Para is a brand new dual narrowband 10nm light pollution filter. The FWHM of L-Para is 10nm for OIII (500.7nm) and H-Alpha (656.3nm) respectively. The transmittance of nebulae emission lines at are both greater than 85% in system with focal ratios of F2 and above. It effectively filters out mercury lamp, sodium lamp, and LED light pollution emission lines. At the same time, it has excellent contrast and anti-halo characteristics, allowing you to capture detailed and vivid nebula images. L-Para is suitable for both normal optical systems and fast optical systems, such as RASA and Hyperstar systems. Even when light is incident at an oblique angle, it can still maintain high transmission rates to provide you with a clear and precise shooting experience.
From $130.00
The Astronomik ProPlanet 642 BP is the lastest addition to the family of Astromik ProPlanet IR-pass filters. The filter thrills because of it´s wide range of applikations for daylight IR-Photography, high-resolution lunar and planetary imaging and for taking beautifull and deep images of H-alpha regions when used for Astrophotography.
What does BP stand for ?
"BP" are short for "Bandpass": The filter gives you a 200nm spectral window from 642nm to 842nm. Contrary to the other two ProPlanet filters it blocks the longer infrared. Together with the Astronmik ProPlanet 742 and the ProPlanet 807 you can now have three choices to match your needs when imaging in the IR. The Astronomik ProPlanet 642 BP will be the right choice for the best image quite often!
The Astronomik ProPlanet 642 BP will give you three filters in one single product! Depending on your camera, the Astronomik ProPlanet 642 BP is a great tool either for daylight IR-imaging with your digital camera, or it will reduce seeing effects and enhance contrast when used for lunar- and planetary imaging, and third it will be a very good and low-priced H-alpha Filter for getting started in Deep-Sky Astrophotography of H-alpha regions.
Due to our skillfull developement with lot´s of tests we reached the goal to give you a filter which will do a perfect job to deliver amazing images.
Daylight IR-imaging:
- contrasty images with a great rendition of colors
- Clear "Wood-Effect" images
- Not Hot-Spot from longer IR!
- Short exposure times, about the same as normal VIS-imaging
- perfect choice for Infrared-Videos
High-resolution Lunar and planetary imaging:
- short Exposure times
- effective reduction of Seeing
- enhanced contrast
- no ghosts and best sharpness due to blocking the longer IR
Deep-Sky Astrophotography of HII regions:
- best transmission of the H-alpha line at 656nm
- about 40nm FWHM with astro-modified DSLRs
- amazing contrast under lightpolluted skies or moonlight
- low priced filter for getting started in H-alpha imaging
- easy focussing using camera display plus LiveView!
Guiding for Astrophotography:
- installing the 642BP in front of your autoguider-camera dramatically improves guiding quality, as image-motion from one frame to the next is minimized.
Technical Data
- more then 96% transmission for wavelengths of 642nm to 840nm
- blocking of wavelengths between 350nm and 630nm
- Parfocal with other Astronomik filters
- Glass thickness: 1mm
- Completely resistant against high humidity, scratches and aging effects
- Diffraction limited, the filter will not reduce the optical performance of your telescope!
- Astronomik filters are delivered in a high-quality, long lasting, filter box
- Since 2008 we do ship filters with a completely new design. Any kind of halo or strange reflection is a matter of past
From $120.00
Astronomik now offers you a range of three different UV+IR blockers as Luminance filters. The different spectral window of each new Luminance filters is designed to tune your setup to get the sharpest image from any optical design and any camera.
The Luminance channel is probably the most important for a great final image! You want as much signal as possible so the filter should have the highest transmission possible with a wide spectral bandpass. This combination provides the greatest sensitivity and gives you the highest photon counts on your pixels. While the high transmission level is a great aspect of the new Astronomik Luminance filters, not all optical instruments or additional optical elements like correctors, field-flatteners or reducers, have perfect colour correction so it can be the width of the spectral band pass of the Luminance filter that can cause problems. A band pass that is too wide will allow the transmission of incompletely focused light (Chromatic aberration), making stars appear soft or bloated. In such cases image processing can become difficult, so having a slightly narrowed spectral window in your Luminance filter can reduce or eliminate this damaging effect.
To give you all the tools to gather the best data possible we have expanded our line of Luminance filters: Now you can select a Luminance filter perfectly matched to the kind of telescope you use, to get the highest signal and sharpest image for the Luminance channel!
Depending on the color correction of your scope you may use a wider spectral window for the Luminance data. The L1 filter has the widest spectral window, the L2 is about the same as our current L-Filter and the L3 is much narrower.
If you use an optical system that is completely free of any chromatic aberration you should get an L1 filter for your setup. For general use the L2 filter is well suited to most optical systems with a corrector, flattener or reducer in the optical train while the L3 filter is designed for users of refractors with a less-than-perfect color correction and in combination with the new Deep-Sky RGB filters, the L3 filter will minimise the problem of bluish halos around stars.
The transmission curve characteristics and coatings on the new Luminance filters have been designed and engineered in such a way that no halos or reflections will be visible. Even with bright stars in the field of view you will be able to reveal the faintest structures in nebulas or galaxies.
Like all Astronomik Filters, the new Luminance filters are made using an extremely durable and scratch resistant coating, deposited on the finest polished optical substrate, which is free of any striae or internal strains. All substrates are made to exactly the same thickness, so all of our filters are parfocal.
Additional note for observers working under light polluted skies:
If your observing site suffers from light pollution you should try to use our CLS-CCD as a replacement for the Luminance filter. The transmission curve of the CLS-CCD will give you approximately the same amount of energy in all three colour channels while blocking nearly all unwanted artifical light pollution. Customers who replaced the Lx filter with the CLS-CCD are amazed by the increased quality of their data. This small change gives you the opportunity to take much deeper images from your current observing site.
在西部进行望远镜观测需要高清光学系统,但其他系统无法为您提供所需的清晰度,让您在低光下看到尾巴的摆动,或在茂密的树丛中挑出叉子。重新设计的 Vortex Diamondback HD Spotter 16-48X65 观测镜拥有远距离猎人所需的所有马力,并且在低光下表现出色——就在您最需要的时候。我们还简化了外观,使其外形更时尚、更无障碍,内置螺旋调焦轮。
光学特性
Vortex Diamondback HD Spotter 16-48X65 光学系统已通过精选玻璃元件进行了优化,以提供出色的分辨率、减少色差并提供出色的色彩保真度、边缘到边缘的清晰度和透光率。
全面多层镀膜,在所有空气到玻璃表面镀上多层防反射涂层,增加光透射率。
结构特点
ArmorTek ® 超硬、防刮涂层可保护外部镜片免受划痕、油污和污垢的侵害。
防水 O 形圈密封可防止湿气、灰尘和碎屑渗入,从而确保在所有环境下实现可靠的性能。
防震坚固的结构可承受后坐力和冲击。
防雾氩气吹扫可防止在很宽的温度范围内内部起雾。
橡胶护套提供安全、防滑的抓握力和耐用的外部保护。
便利功能
可调节眼罩上下旋转,无论是否戴眼镜都能舒适地观看。
螺旋聚焦可实现快速、精细的调整。
Arca-Swiss 兼容 直接安装到 Arca-Swiss 三脚架头上,无需使用附加板。还接受 1/4-20 螺纹,用于其他款式的三脚架头。
可适应三脚架 允许在三脚架或车窗支架上使用。需要三脚架适配器。
旋转三脚架环允许将目镜旋转到侧面位置,提供可调节的视角。
内置遮阳板可减少眩光并保护物镜免受雨滴和雪的损害。
规格
| 放大 | 16-48x |
|---|---|
| 物镜直径 | 65 毫米 |
| 线性视场 | 138-72 英尺/1000 码 |
| 视场角 | 2.6-1.4度 |
| 眼部舒缓 | 20.3-18.3 毫米 |
| 长度 | 14.25 英寸 |
| 重量 | 49.8 盎司 |
| 出瞳 | 4.0-1.35 毫米 |
| 近距离聚焦 | 16.4 英尺 |
$68.00
CBL-505 USB 转 RJ11 线缆可让您直接连接到 Meade LX 90 Audiostar
1.8米电缆长度
兼容 FTDI
需要 FTDI 驱动程序https://ftdichip.com/drivers/
无需再使用双电缆来更新您的 LX90 瞄准镜。
应用程序:用于将 PC 连接到 Meade Audiostar 手动控制器
允许您使用 ZWO ASIAIR Plus 控制您的范围。
库存编号 CBL-505
$150.00
KENDRICK PREMIER 除湿加热器
Kendrick 的 DEW-Minator 目镜加热器可为寒冷或潮湿的夜晚提供充足的电力。它有一个缝制的耐用弹性带,可以将其牢固地固定在任何大型目镜上。该加热器适用于所有 Kendrick 控制器。
Premier Brand 加热器是最好的加热器,其产生的热量比任何其他品牌都要多得多。
你并不总是需要额外的热量,但有时你会很高兴有它。
我们的 Premier 加热器设计用于相机和相机镜头、各种望远镜光学器件、双筒望远镜和温度敏感电子设备。
我们的 Premier 加热器需要购买我们的一款露水控制器,可通过此链接找到。
我们拥有适用于业余天文学、户外摄影和医疗手术室中使用的几乎所有光学或电子设备的加热器系统。它们旨在确保电子设备在潮湿和/或寒冷的工作环境中正常运行,并防止光学器件受潮。
Premier 加热器系列是我们的旗舰品牌,也是我们最优质的加热器。它们采用最优质的材料制成,加热器是根据我们的电气规格定制的。这些不是现成的加热器!我们为此系列使用最优质的尼龙搭扣、弹性和柔性加热器。电缆在低至 -40 的温度下具有冷柔性,电缆外壳是根据我们的规格为 Kendrick 定制的。我们所有的竞争对手都使用在寒冷环境中变硬变脆的电缆。
我们的加热器只使用必要的电量,因此不会浪费能源。加热器的一侧内置有泡沫隔热层,有助于防止热量在空气中流失,并将加热器产生的热量引导到光学元件中。
| 货号 | 加热器 | 瓦数 | 安培数 | 加热器尺寸 公制* |
加热器尺寸 帝国* |
| 2003 | 泰拉德加热器 | 6 | 0.4 | 50 x 90 毫米 | 2 英寸 x 3.5 英寸 |
| 2003-RDF | 红点探测器加热器 | 2.5 | 0.2 | 按压配合 | 按压配合 |
| 2004 | .965" 目镜加热器 | 2.5 | 0.2 | 16 x 75 毫米 | 1/2 英寸 x 3 英寸 |
| 2005 | 1.25 英寸目镜加热器 | 3 | 0.2 | 16 x 125 毫米 | 1/2 英寸 x 5 英寸 |
| 2006 | 2英寸目镜加热器 | 4 | 0.3 | 16 x 175 毫米 | 1/2 英寸 x 7 英寸 |
| 2006-L | DEW-Minator 大型目镜加热器 | 10 | 0.8 | 75 x 205 毫米 | 3 英寸 x 8 英寸 |
| 2007 | 3” 光学加热器 | 10 | 0.8 | 25 x 280 毫米 | 1 英寸 x 11 英寸 |
| 2008 | 4英寸光学加热器 | 11 | 0.9 | 25 x 370 毫米 | 1 英寸 x 14.5 英寸 |
| 2009 | 5英寸光学加热器 | 15 | 1.2 | 25 x 460 毫米 | 1 英寸 x 18 英寸 |
| 2010 | 6英寸光学加热器 | 17.5 | 1.4 | 25 x 560 毫米 | 1 英寸 x 22 英寸 |
| 2011 | 7/8" 光学加热器 | 20 | 1.6 | 25 x 660 毫米 | 1 英寸 x 26 英寸 |
| 2012 | 9/10" 光学加热器 | 二十五 | 2 | 25 x 890 毫米 | 1 英寸 x 35 英寸 |
| 2013 | 11 英寸光学加热器 | 二十八 | 2.3 | 25 x 965 毫米 | 1 英寸 x 38 英寸 |
| 2014 | 12 英寸光学加热器 | 33 | 2.6 | 25 x 1115 毫米 | 1 英寸 x 44 英寸 |
| 2015 | 14/16" 光学加热器 | 52 | 4.1 | 25 x 1270 毫米 | 1 英寸 x 50 英寸 |
| 2005-B1 | 双目镜加热器适用于镜筒直径最大为 1.5 英寸的目镜。 | 5 | 0.4 | 16 x 125 毫米 | 1/2 英寸 x 5 英寸 |
| 2005-B2 | 双目镜加热器适用于镜筒直径超过 1.5 英寸的目镜。 | 8 | .6 | 16 x 175 毫米 | 1/2 英寸 x 7 英寸 |
| 2016 | 牛顿次镜加热器 1.83 英寸至 2.14 英寸 | 2.5 | 0.2 | 44 x 66 毫米椭圆形 | 1.75 英寸 x 2.6 英寸椭圆形 |
| 2017 | 牛顿次镜加热器 2.5 英寸至 3.40 英寸 | 4 | 0.3 | 50 x 90 毫米 | 2.5 英寸 x 3.625 英寸椭圆形 |
| 2018 | 适用于 4.00 英寸及以上牛顿副镜的副镜加热器 | 9 | 0.7 | 50 x 90 毫米 | 3.75"x5.50"椭圆形 |
| 2019 | 电子手控垫加热器 | 10 | .8 | 57 毫米 x 165 毫米 | 2.25 英寸 x 6.5 英寸 |
| 2020 | 目镜盒加热器 | 10 | 0.8 | 57 毫米 x 165 毫米 | 2.25 英寸 x 6.5 英寸 |
| 2021 | 笔记本电脑用电脑加热器 | 三十六 | 3.0 | 215 毫米 x 280 毫米 x 9 毫米 | 8.5 英寸 x 11 英寸 x 0.35 英寸 |
| 2022 | Rigel Quik Finder 加热器 | 2.5 | 0.2 | 16 x 75 毫米 | .5 英寸 x 3 英寸 |
下表将帮助您确定哪种加热器适合您的范围。
| .965” | 适用于 .965 英寸目镜和寻星镜目镜 |
| 1.25 英寸 | 适用于 1.25 英寸目镜 |
| 2” | 适用于 2 英寸目镜、50 毫米寻星镜物镜、较小的相机镜头。也可用于 1.25 英寸目镜,但有点大。要在 1.25 英寸目镜上使用,只需将加热器从 2 英寸目镜上滑下并悬挂在 1.25 英寸目镜上即可。 |
| 3” | 适合 3.5 英寸至 5 英寸外径(90 毫米至 130 毫米外径) |
| 4” | 适合 5 英寸至 5.5 英寸外径(130 毫米至 145 毫米外径) |
| 5 英寸 | 适合 5.5 英寸至 6.5 英寸外径(140 毫米至 165 毫米外径) |
| 6 英寸 | 适合 6.5 英寸至 8 英寸外径(165 毫米至 200 毫米外径) |
| 7/8 英寸 | 适用于 Meade 7 英寸折射镜、7 英寸 Maksutov-Cassegrain、8 英寸 SCT、Celestron C8、Astro Physics 7 英寸折射镜。适合 8 英寸至 9.5 英寸 OD(200 毫米至 250 毫米 OD) |
| 9/10” | 适用于 Celestron C9.25、Meade 10 英寸。适合 10 英寸至 12.5 英寸外径(250 毫米至 310 毫米外径) |
| 11 英寸 | 适用于 Celestron C11。适合 12.5 英寸至 13.5 英寸外径(310 毫米至 340 毫米) |
| 12 英寸 | 适用于 Meade 12 SCT。适合 13.5 英寸至 15.5 英寸外径(340 毫米至 400 毫米外径) |
| 14/16” | 适用于 Celestron C14 和 Meade 16 英寸 SCT。适合 15.5 英寸至 18 英寸外径(400 毫米至 460 毫米外径) |
| 笔记本电脑加热器 | 适用于所有笔记本电脑,也可用于暴露在低温下的台式机 CPU。还可作为出色的座椅加热器! |
| GoTo 望远镜控制垫加热器 | 适用于 Meade、Celestron、Orion、SynScan 和其他 GoTo 望远镜手持控制板。使控制板在寒冷的冬季温度下也能正常工作。 |
| 目镜盒加热器 | 适用于目镜和配件盒。也可用作座椅加热器。 |
库存单位:2006-L
建议控制器
Kendrick 标准双通道控制器
$ 199.00
肯德里克 DigiFire FX Pro
$ 489.00
Kendrick DEWMINATOR 控制器
$ 329.00
$59.00
Farpoint Bahtinov 遮罩 - 5.5 英寸至 8.5 英寸望远镜是一种轻松调焦望远镜的巧妙新方法。俄罗斯业余望远镜制造者和天文学家 Pavel Bahtinov 创造了这种简单、非常直观的方法,该设备普遍以他的名字命名:Bahtinov 遮罩。
可调节 Bahtinov 调焦罩,适用于带防露罩或前端直径为 5.5 英寸至 8.5 英寸的望远镜。
将相机安装到望远镜上,将一颗相当明亮的星星置于中心并粗略对焦。然后将遮光罩“悬挂”在前防露罩的塑料螺丝上,置于望远镜的前孔上。进行短暂曝光。星星的图像将显示衍射尖峰。“中心”设置很可能会向一侧或另一侧移动。这显示了失焦。
调整望远镜的焦距并重新曝光恒星,再次显示衍射尖峰图案。重复该过程,直到中心衍射尖峰与恒星和其他尖峰居中。当实现对称图案时,即可达到最佳焦距。只需取下遮罩,将目标物体置于中心,即可拍摄出令人惊叹的清晰图像!
$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。
$99.00
TMB PlanetView Planetary Eyepieces:
The TMB PlanetView Planetary Eyepiece series is designed for high-magnification planetary and lunar observing, delivering sharp, high-contrast views with excellent eye comfort. Choosing the right focal length for your telescope typically provides a significant upgrade in magnification and fine detail compared to the stock eyepieces supplied with most telescopes, making planetary features clearer and easier to observe. Featuring a 5-element optical design and a wide 58° apparent field of view, these eyepieces offer a more immersive experience than traditional narrow-field planetary designs while maintaining the crisp detail needed for serious observing.
Fully multi-coated optics and internal baffling maximise light transmission and suppress stray reflections, improving contrast on subtle planetary features and fine lunar detail. The large eye lens and generous eye relief make these eyepieces comfortable to use, especially during long observing sessions or when wearing glasses.
Built with an all-metal housing and a fold-down rubber eyecup, TMB PlanetView eyepieces are robust, practical, and compatible with all standard 1.25" focusers and filters. They are also Bintel’s number one recommended first upgrade for most telescopes, offering one of the simplest and most noticeable improvements you can make to planetary and lunar performance.
The 8mm TMB PlanetView:
The TMB PlanetView 8mm Planetary Eyepiece offers a comfortable balance between magnification and image stability for high-power observing.
Works particularly well with:
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Celestron StarSense Explorer LT70 AZ Refractor Telescope
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Celestron StarSense Explorer LT80 AZ Refractor Telescope
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Celestron StarSense Explorer DX6" SCT Telescope
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Celestron NexStar 6SE Telescope
-
Celestron NexStar Evolution 6 Telescope
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Saxon 909 AZ3 Telescope
-
Saxon 12" Dobsonian Telescope
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Sky-Watcher 12" Dobsonian Telescope
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Celestron StarSense Explorer 12" Dobsonian Telescope
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Specs:
| Specification | Details |
|---|---|
| Optical design | 5 elements |
| Apparent field of view | 58° |
| Focal length | 8mm |
| Barrel size | 1.25" (31.75mm) |
| Eye relief | 16mm |
| Eye lens diameter | 21mm |
| Lens coatings | Fully multi-coated |
| Internal baffling | Yes |
| Eyecup | Fold-down rubber |
| Filter thread | Standard 1.25" |
| Body material | Metal |
| Included accessories | Front and rear lens caps |
Lightweight carbon fibre travel tripod
The Vanguard Vesta GO 234CV10 carbon-fiber travel tripod includes a VEO PV-10 fluid 2-way video head with counterbalancing spring assist and a QS-55P Arca-standard quick-release plate. These tripods are designed to be ultra-lightweight and packable for maximum portability, while still giving you reliable stability for optics or cameras.
Ideal for star tracker mounts , spotting scopes or larger astronomy binoculars.
- Ultra-compact fluid 2-way video head with counterbalancing spring assist
- Three leg angles (20, 50, and 80 degrees) for prone, sitting, and standing positions
- Compact, lightweight design is perfect for packing. Weighs only 1.3 kg
- Silent, easy-clean twist leg locks
- Smartphone holder and deluxe storage/carrying bag included
- Center column with built-in short column for low-angle shooting
- Spring-loaded hook to add weight
- Folds down to just over 44cm, making it easily packable
- 5kg max load and 23mm diameter legs provide excellent stability
Specifications
| Includes | Smartphone Holder, Tripod Bag |
| Bubble Level? | YES |
| Color | Black |
| Extended Height | 150cm |
| Extended Warranty w/ Registration Within 3 Months of Purchase | 5 Years |
| Foot Type | Rubber |
| Folded Length | 44cm |
| Included Head | VEO PV-10 Fluid Video Head |
| Low-Angle Adaptor? | Built Into Center Column |
| Leg Diameter | 23mm |
| Leg Lock Style | Twist |
| Leg Sections | 4 |
| Leg Material | Carbon Fibre |
| Maximum Weight Load | 5kg |
| Minimum Height | 22cm |
| Detachable Monopod Leg? | NO |
| Included Quick Shoe | QS-55P |
| Standard Max Height (center column down) | 124cm |
| Standard Warranty | 3 Years |
| Item Weight | 1.4 kg |
GERBER Spotting Scope 20-60x80mm
Table top tripod + mobile phone adaptor for taking photos
The GERBER 20-60x80mm is one of the most unique spotting scopes in the market. Economical and compact, it offers high magnifications in a 45 degree eyepiece design. The rubber armoured exterior is both, attractive and durable. The mini table-top tripod collapses flat for easy storage. A smooth focus provides crystal clear viewing, and the included carry case stores & protects the Scope when not in use.
- Coated optics
- Rubber armoured
- Includes the following: Table-top tripod, Carrying case, Lens cleaning cloth, Smart Phone Adaptor
Specifications
| Product SKU | GSS80 |
| Power | 20x - 60x |
| Objective Lens Diameter | 80mm |
| Type of Prism | Porro Prism / BaK-4 |
| Prism Coating | No |
| Number of Lens | 8 pieces 5 groups |
| Lens Coating | BMC |
| Focus System | Cent. |
| Focusing Lens | Int. |
| Exit Pupil Diameter | 4mm - 1.3mm |
| Exit Pupil Distance | 14mm |
| Field of View (Angle) | 1.8° - 0.9° |
| Field of View (M/1,000M) | 31.4m - 16m |
| Minimum Focal Length | 6m |
| Relative Brightness | 16 - 1.7 |
| Twilight Index | 40 - 69.3 |
| Resolution | ≤2.8" |
| Weather Proof | Yes |
| Water Proof | IPX5 |
| Nitrogen Filled | Yes |
| Eyecups System | Twist-up |
| Shipping Weight | 2.3kg |
| Warranty | 12 Months |
$99.95
Need some colour planetary filters to enhance your viewing experience?
Why not get a set of four with the saxon 1.25" Colour Planetary Filter Set?
The saxon 1.25" Colour Planetary Filter Set is a great addition for lunar and planetary observing. They help increase image contrast and resolution on the Moon and planets as well as reduce glare from the full or near-full Moon.
The set comes in four colours of Yellow (#12), Red (#23A), Neutral Density (#96ND) and Blue (#80A).
$389.00
The VENGEANCE ED 8x42 binoculars redefine what’s possible at this price point—offering ultra-premium optical clarity, colour accuracy, and rugged durability for outdoor explorers and nature observers. Featuring premium ED (Extra-Low Dispersion) glass, these binoculars eliminate chromatic aberration and deliver sharp, true-to-life images with exceptional contrast. As the brightest and widest field-of-view model in the VENGEANCE range, the 8x42 is built to perform from first light to last. Engineered with a fully waterproof, fog-proof chassis and ergonomic rubber armour, it’s built to withstand punishing conditions without missing a beat.
Premium ED glass eliminates chromatic aberration for vivid detail and sharp colour contrast. Whether you’re glassing under heavy canopy or spotting game during early light, you’ll enjoy bright, natural visuals without eye strain. The waterproof, fog-proof body is built for the backcountry, with ergonomic rubber armour that ensures a secure grip in wet, cold, or gloved hands.
Whether you’re bird watching, spotting wildlife, or simply want sharp views of our wonderful Australian scenery, the VENGEANCE ED 8x42 brings unmatched performance and value.
Highlights
- 8x42 Magnification – Ultra-wide FOV and stable image for glassing moving targets
- Premium ED Glass – Eliminates colour fringing and distortion for razor-sharp resolution
- Class-Leading Low-Light Performance – Outstanding brightness at dawn and dusk
- Waterproof & Fog-Proof – Built to perform through rain, fog, and extreme weather
- Rugged Rubber Armor – Shock-resistant and slip-proof design for field use
- Fast-Focus Wheel – Quick and accurate focus for fast-moving subjects
- Unconditional Lifetime Warranty – no questions asked!
Specifications
| Power | 8x Magnification |
| Objective Lens Diameter | 42mm ED |
| Type Of Prism | Roof/BaK4 |
| Exit Pupil Diameter | 5.3mm |
| Eye Relief | 17.5mm |
| Field Of View | 7.5° / 131m@1000metres |
| Minimum Focus Distance | 3m |
| Interpupillary Adjustment Range | 56–74mm |
| Waterproof | Yes |
| Optical Length | 143.9mm |
| Eyepiece Diameter | 24mm |
| Light Transmission | 88% |
| Number Of Lens | 8pcs/6groups |
| Prism Coating | Phase & Dielectric |
| Lens Coating | FBMC |
| Weight | 686g |
| Resolution | 4.8″ |
| Dimensions | 125x52x152mm |
| Box Dimensions | 168x75x188mm |
| Tripod Supported | Yes |
$199.00
When light is low and seeing every detail is critical, the VENGEANCE 10x50 shines. Featuring larger 50mm objective lenses, these binoculars are engineered for enhanced low-light performance, perfect for dawn and dusk observation. Whether you’re observing birds at first light or dusk, watching wildlife in deep shade, or scanning a horizon under overcast skies, the larger 10x50 optics will reveal what smaller binoculars struggle to show.
Rugged, waterproof, and shockproof—these are built for real-world use.
Highlights
- 10x50 Magnification – Ideal blend of power and light collection
- 50mm Objective Lenses – Pulls in more light for dawn, dusk, or cloudy conditions
- Weatherproof Build – Fog-proof and waterproof for all-weather use
- Impact-Resistant Armor – Built tough with sure-grip ergonomics
- Enhanced Brightness & Sharpness – Multi-coated optics for crisp clarity
- Unconditional Lifetime Warranty – Protected for life, no questions asked
Overview
The VENGEANCE 10x50 binoculars are designed for users who demand exceptional visibility in low-light conditions, such as dawn, dusk, or heavy overcast. The larger 50mm objective lenses offer enhanced light-gathering power.
The multi-coated optics provide sharp, bright visuals with natural colour fidelity, while the weather-sealed design keeps internal fog and moisture at bay. The 10x magnification offers long-range capability without excessive weight or bulk.
Whether you’re observing shorebirds or even peering into the Milky Way, these binoculars give you the visual advantage of higher-end optics—at a fraction of the cost. They’re purpose-built for performance and priced to outperform the competition.
SPECIFICATIONS
| Power | 10x Magnification |
| Objective Lens Diameter | 50mm |
| Type Of Prism | Roof/BaK4 |
| Exit Pupil Diameter | 4.9mm |
| Eye Relief | 18mm |
| Field Of View | 5.2° / 92m@1000metres |
| Minimum Focus Distance | 5m/16.4ft |
| Interpupillary Adjustment Range | 59–74mm |
| Waterproof | Yes |
| Optical Length | 162mm |
| Eyepiece Diameter | 23mm |
| Light Transmission | 80% |
| Number Of Lens | 6pcs/4groups |
| Prism Coating | Silver |
| Lens Coating | FMC |
| Weight | 751g |
| Resolution | 4.2″ |
| Dimensions | 135x61x171mm |
| Box Dimensions | 190x85x175mm |
| Tripod Supported | Yes |
$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.
$135.00
New ZWO 2″ filter drawer featuring the anti-light-leaking design that can effectively solve the light leaking issue under long exposure.
NEW: Double strong magnets adopted for stronger adsorption, easier installation and filter removal.
Lock screw on the side for you to adjust the tension of the holder to eliminate gap. It's a way to make sure the filter is positioned correctly.
M54 filter drawer
- Diameter 70mm * Thickness 20mm
- M54 * 0.75 male (external) thread (camera side)
- M48 * 0.75 female (internal) thread (filter end)
- M54 * 0.75 female (internal) thread (telescope side)
- Suitable for 2-inch astronomical filters and full frame cameras, such as ASI2600MC Duo, ASI6200 and ASI2400 series.
$230.00
KENDRICK PREMIER 加热器
Kendrick Premier 14/16 英寸加热器是最好的加热器,其产生的热量比任何其他品牌都要多得多。
你并不总是需要额外的热量,但有时你会很高兴有它。
我们的 Premier 加热器设计用于相机和相机镜头、各种望远镜光学器件、双筒望远镜和温度敏感电子设备。
我们的 Premier 加热器需要购买我们的一台露水控制器。
我们拥有适用于业余天文学、户外摄影和医疗手术室中使用的几乎所有光学或电子设备的加热器系统。它们旨在确保电子设备在潮湿和/或寒冷的工作环境中正常运行,并确保光学器件不受潮气侵袭。
Premier 加热器系列是我们的旗舰品牌,也是我们最优质的加热器。它们采用最优质的材料制成,加热器是根据我们的电气规格定制的。这些不是现成的加热器!我们为此系列使用最优质的尼龙搭扣、弹性和柔性加热器。电缆在低至 -40 的温度下具有冷柔性,电缆外壳是根据我们的规格为 Kendrick 定制的。我们所有的竞争对手都使用在寒冷环境中变硬变脆的电缆。
我们的加热器只使用必要的电量,因此不会浪费能源。加热器的一侧内置有泡沫隔热层,有助于防止热量在空气中流失,并将加热器产生的热量引导到光学元件中。
| 货号 | 加热器 | 瓦数 | 安培数 | 加热器尺寸 公制* |
加热器尺寸 帝国* |
| 2003 | 泰拉德加热器 | 6 | 0.4 | 50 x 90 毫米 | 2 英寸 x 3.5 英寸 |
| 2003-RDF | 红点探测器加热器 | 2.5 | 0.2 | 按压配合 | 按压配合 |
| 2004 | .965" 目镜加热器 | 2.5 | 0.2 | 16 x 75 毫米 | 1/2 英寸 x 3 英寸 |
| 2005 | 1.25 英寸目镜加热器 | 3 | 0.2 | 16 x 125 毫米 | 1/2 英寸 x 5 英寸 |
| 2006 | 2英寸目镜加热器 | 4 | 0.3 | 16 x 175 毫米 | 1/2 英寸 x 7 英寸 |
| 2006-L | DEW-Minator 大型目镜加热器 | 10 | 0.8 | 75 x 205 毫米 | 3 英寸 x 8 英寸 |
| 2007 | 3” 光学加热器 | 10 | 0.8 | 25 x 280 毫米 | 1 英寸 x 11 英寸 |
| 2008 | 4英寸光学加热器 | 11 | 0.9 | 25 x 370 毫米 | 1 英寸 x 14.5 英寸 |
| 2009 | 5英寸光学加热器 | 15 | 1.2 | 25 x 460 毫米 | 1 英寸 x 18 英寸 |
| 2010 | 6英寸光学加热器 | 17.5 | 1.4 | 25 x 560 毫米 | 1 英寸 x 22 英寸 |
| 2011 | 7/8" 光学加热器 | 20 | 1.6 | 25 x 660 毫米 | 1 英寸 x 26 英寸 |
| 2012 | 9/10" 光学加热器 | 二十五 | 2 | 25 x 890 毫米 | 1 英寸 x 35 英寸 |
| 2013 | 11 英寸光学加热器 | 二十八 | 2.3 | 25 x 965 毫米 | 1 英寸 x 38 英寸 |
| 2014 | 12 英寸光学加热器 | 33 | 2.6 | 25 x 1115 毫米 | 1 英寸 x 44 英寸 |
| 2015 | 14/16" 光学加热器 | 52 | 4.1 | 25 x 1270 毫米 | 1 英寸 x 50 英寸 |
| 2005-B1 | 双目镜加热器适用于镜筒直径最大为 1.5 英寸的目镜。 | 5 | 0.4 | 16 x 125 毫米 | 1/2 英寸 x 5 英寸 |
| 2005-B2 | 双目镜加热器适用于镜筒直径超过 1.5 英寸的目镜。 | 8 | .6 | 16 x 175 毫米 | 1/2 英寸 x 7 英寸 |
| 2016 | 牛顿次镜加热器 1.83 英寸至 2.14 英寸 | 2.5 | 0.2 | 44 x 66 毫米椭圆形 | 1.75 英寸 x 2.6 英寸椭圆形 |
| 2017 | 牛顿次镜加热器 2.5 英寸至 3.40 英寸 | 4 | 0.3 | 50 x 90 毫米 | 2.5 英寸 x 3.625 英寸椭圆形 |
| 2018 | 适用于 4.00 英寸及以上牛顿副镜的副镜加热器 | 9 | 0.7 | 50 x 90 毫米 | 3.75"x5.50"椭圆形 |
| 2019 | 电子手控垫加热器 | 10 | .8 | 57 毫米 x 165 毫米 | 2.25 英寸 x 6.5 英寸 |
| 2020 | 目镜盒加热器 | 10 | 0.8 | 57 毫米 x 165 毫米 | 2.25 英寸 x 6.5 英寸 |
| 2021 | 笔记本电脑用电脑加热器 | 三十六 | 3.0 | 215 毫米 x 280 毫米 x 9 毫米 | 8.5 英寸 x 11 英寸 x 0.35 英寸 |
| 2022 | Rigel Quik Finder 加热器 | 2.5 | 0.2 | 16 x 75 毫米 | .5 英寸 x 3 英寸 |
下表将帮助您确定哪种加热器适合您的范围。
| .965” | 适用于 .965 英寸目镜和寻星镜目镜 |
| 1.25 英寸 | 适用于 1.25 英寸目镜 |
| 2” | 适用于 2 英寸目镜、50 毫米寻星镜物镜和较小的相机镜头。也可用于 1.25 英寸目镜,但有点大。要在 1.25 英寸目镜上使用,只需将加热器从 2 英寸目镜上滑下,并将其挂在 1.25 英寸目镜上。 |
| 3” | 适合 3.5 英寸至 5 英寸外径(90 毫米至 130 毫米外径) |
| 4” | 适合 5 英寸至 5.5 英寸外径(130 毫米至 145 毫米外径) |
| 5 英寸 | 适合 5.5 英寸至 6.5 英寸外径(140 毫米至 165 毫米外径) |
| 6 英寸 | 适合 6.5 英寸至 8 英寸外径(165 毫米至 200 毫米外径) |
| 7/8 英寸 | 适用于 Meade 7 英寸折射镜、7 英寸 Maksutov-Cassegrain、8 英寸 SCT、Celestron C8、Astro Physics 7 英寸折射镜。适合 8 英寸至 9.5 英寸 OD(200 毫米至 250 毫米 OD) |
| 9/10” | 适用于 Celestron C9.25、Meade 10 英寸。适合 10 英寸至 12.5 英寸外径(250 毫米至 310 毫米外径) |
| 11 英寸 | 适用于 Celestron C11。适合 12.5 英寸至 13.5 英寸外径(310 毫米至 340 毫米) |
| 12 英寸 | 适用于 Meade 12 SCT。适合 13.5 英寸至 15.5 英寸外径(340 毫米至 400 毫米外径) |
| 14/16” | 适用于 Celestron C14 和 Meade 16 英寸 SCT。适合 15.5 英寸至 18 英寸外径(400 毫米至 460 毫米外径) |
| 笔记本电脑加热器 | 所有笔记本电脑都可以在暴露于低温的台式机 CPU 上使用。还可以作为出色的座椅加热器! |
| GoTo 望远镜控制垫加热器 | 适用于 Meade、Celestron、Orion、SynScan 和其他 GoTo 望远镜手持控制板。使控制板在寒冷的冬季温度下也能正常工作。 |
| 目镜盒加热器 | 适用于目镜和配件盒。也可用作座椅加热器。 |
库存单位:2015
建议控制器
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全新 ZWO ASI 662MC 高灵敏度单次彩色相机 新款ZWO ASI 662MC采用索尼IMX662传感器,具有滚动快门,画幅尺寸为1/2.8英寸,像素大小为2.9um,拥有207万像素(1920 x 1080)。在高速模式下,CMOS传感器可以在全分辨率下每秒输出102.6帧,并提供较低的读取噪声水平。 满井容量大,不易过曝
ZWO ASI 662MC 采用最新技术的 Sony 662MC 传感器。与上一代传感器相比,它具有非常低的读出噪声和极大的满阱容量,是 IMX462MC 的 3 倍。这有效地解决了过度曝光问题并允许更长的曝光时间。在弱光条件下,相机表现优异,可以拍摄非常清晰的天体图像。 星际2
ZWO ASI 662MC 采用最新的索尼 IMX662 传感器,配备先进的 STARVIS 2 技术。具有零安培辉光、对红光和近红外 (NIR) 光的灵敏度更高、满阱容量为 3 倍等特点。它可以被视为 ASI462MC 的升级版。此外,它的暗电流噪声比 ASI462MC 低几倍。 USB3.0和256M DDR内存
相机配备USB 3.0传输接口,内置256MB DDR缓存,保证数据传输稳定安全,长时间曝光下有效避免掉帧,并大幅降低因读取速度慢造成的辉光效果。 无放大器辉光
ZWO ASI 662MC 表现出零安培辉光,无论曝光时间多长,增益值多高。由于它直接在硬件级别实现,因此不需要软件控制。 使用 ASI 462MC 进行 300 秒曝光 使用 ASI662MC 进行 300 秒曝光 量子效率
QE曲线和噪声读出是衡量相机性能非常重要的参数。较高的QE和较低的读出噪声是提高图像信噪比的必要条件。 相机曲线低读取噪声,高动态范围 读出噪声包括像素噪声、电路噪声、ADC量化噪声,读出噪声越低越好,可以看出ZWO ASI 662MC的读出噪声相比CCD相机非常低,内置的HCG模式可以有效降低高增益下的读出噪声,让相机保持与低增益时一样高的动态范围,当增益为252时,HCG模式自动开启,动态范围回升到12位。
包装内容 型号:ZWO-ASI662MC
From $420.00
The new Astronomik Deep-Sky RGB filters are the result of a long and detailed process of research and development. We have created the most advanced set of RGB filters for Deep-Sky imaging available today.
The transmission curves of the three filters are designed to give you strong and vivid colors with a strong reinforcement of the most important emission lines. Data taken with the new Astronomik Deep-Sky RGB filters is easier to process into a beautiful final masterpiece.
Feedback from our test-users and the first customers is really exciting. All of them reported smaller, sharper stars and this was one of our design goals, so these filters are designed to give you the best contrast and the smallest stars possible!
During the design of the Deep-Sky RGB filters we took a close look at the sensitivity curves of today’s popular CCD cameras. The result was we found a way to make one set of filters for all kind of sensors ranging from KAF- and KAI-sensors, to the chips made by Sony, meaning you can do 1:1:1 ratio RGB exposures with all sensors, with only minimal tweaking necessary during processing to achieve perfect colours in your image!
The transmission curve characteristics and coatings on the new Deep Sky RGB filters have been designed and engineered in such a way that no halos or reflections will be visible. Even with bright stars in the field of view you will be able to reveal the faintest structures in nebulas or galaxies
Additional to the Deep-Sky RGB filters Astronomik now offers you three different Luminance filters. The different spectral window of each new Luminance filters is designed to tune your setup to get the sharpest image from any optical design and any camera, even with instruments with less-than-perfect colour correction. (Link einfügen)
Like all Astronomik Filters, the new Deep-Sky RGB filters are made using an extremely durable and scratch resistant coating, deposited on the finest polished optical substrate, which is free of any striae or internal strains. All substrates are made to exactly the same thickness, so all of our filters are parfocal.
Astronomik Deep-Sky RGB Key features:
- Maximum transmission of up to 95%
- Ultra-Sharp, pinpoint star images
- High contrast
- Easy to process data for vivid colours in the final image
- Optimized spectral windows for max photon counts on the sensor
- Made on finest, opticaly polished glass
- Extremly durable, scratch resistant coating
- MFR Coating technique for a wide range of focal ratios
$125.00
无论您是要增强支架设置还是购买替换部件,配重物都用于平衡光学管 (OTA) 和右轴 (RA 轴) 另一侧配件的重量。如果您在望远镜设置中添加配件(例如相机、导向器等),则可能需要添加额外的配重物来抵消重量。
如果一侧或另一侧失去平衡,可能会损坏您的 OTA 和设置、电机齿轮,并且/或者可能导致跟踪精度问题。您可以添加额外的配重,通过减少质量惯性来提高系统的响应能力,但您需要确保沿轴分散配重,以减少对设置的损坏,并确保这对您的望远镜设置具有成本效益和价值。
该配重块配有坚固的滚花旋钮锁,可安全地固定在配重块轴上。该配重块设计用于安装 19 毫米配重块轴
| 一般的 | |
|---|---|
| 重量: | 12 磅(5.44 千克) |
| 配重轴直径: | 19 毫米(0.74 英寸) |
| 配重兼容性: | 高级 VX | CG-5 | CGEM | CGEM II | CGX |
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