1.25 Inch 5X Barlow Lens FMC Optical Glass With Front M28*0.6mm Filter Threads for Telescope Eyepiece
- I am an international seller
Our shop sells the most popular 3C consumer electronics products,such as mobile phone accessories,computer accessories,game peripherals,smart wearables,and follow the most popular fashion trends. If you like our products,please follow us,become our follower and fan.We will provide you with the most popular products to satisfy your fashion shopping experience.Barrel Size : 1.25 inches (31.7 mm)Magnification : 5 XModel Number : 5X Barlow Lens HeadType : Monocular : Mainland ChinaBrand Name : Eisgroub
Product Description:5X magnification with 1.25 inch interface increases the magnification of any 1.25 inch eyepiece and also can provide comfortable viewing. It allows you look more closely and more detailed at the moon's surface and other planet.Coated optical lens offers a high quality observation without additional additional chromatic aberration, and making image more clear and sharp.Aluminum alloy body with black anodized surface is precision machined, stable and durable for a time use.Magnification Factor: 5XMaterial: Aluminum AlloyCoated: FMCBarrel Size: Standard 1.25 Inch (about 31.7mm)Thread Interface: M28.6*0.6mm Male ThreadsFront Threads: M28*0.6mm Filter ThreadsLens Group: 1 PcsPackage Include:1 x 5X Barlow Lens interfaceNote:Please allow 0-2mm error due to manual measurement. pls make sure you do not mind before you bid.Due to the difference between different monitors, the picture may not reflect the actual color of the item. Thank you!If you really care about these details, pls DO NOT order.Pay Attention:The barlow lens’ role is not to improve image quality;but in order to comfort .Even a well made barlow will little damage on the imaging quality.When the barlow lens and eyepiece using together and the magnification is over the biggest magnification;the barlow lens observation effect appears nearly zero or imaging becomes blurred;in order to reduce the influence of imaging;careful selection of barlow at different magnification.