
( Brand: B-w ), ( Manufacturer Part Number: 66-1067369 ), ( Part Type: Filter ), ( Manufacturer: B W ), ( Circular Filter Size: 62mm ), ( Density: 0.6 ), ( Neutral Density Type: Graduated Nd ), ( Coating: Multi-coated ), ( Graduated Nd Type: Soft Edge ), ( Country/region Of Manufacture: Germany )
The 66-1067369 62mm Graduated Neutral Density 0.6 MRC 702m Filter is a versatile photography accessory designed to enhance your image-taking capabilities. This filter falls under the category of graduated neutral density filters, which are used to balance exposure levels between different parts of an image, particularly those with a bright sky and a darker foreground or vice versa.
The filter has a 0.6 density value, which translates to a two-stop reduction in light. This means it allows you to capture scenes with a wider dynamic range without overexposure or underexposure, resulting in a more balanced and natural-looking image. The filter is made of high-quality optical glass, coated with the Multi-Resistant Coating (MRC) 702 to ensure clarity, color fidelity, and resistance to scratching and smudging.
The filter measures 62mm in diameter, making it suitable for use with lenses that have 62mm filter threads. It features a graduated neutral density effect that transitions smoothly from clear to density, allowing for a seamless blend between the affected and unaffected areas of the image. This gradient design ensures that the filter does not produce unwanted vignetting or distortion, even when used with wide-angle lenses.
In summary, the 66-1067369 62mm Graduated Neutral Density 0.6 MRC 702m Filter is an essential tool for photographers seeking to capture images with a wider dynamic range. Its high-quality construction, smooth graduation, and versatile 2-stop density make it an ideal choice for landscapes, cityscapes, and other scenes with significant contrast between light and dark areas.
Pros of buying a 66-1067369 62mm graduated neutral density 0.6 mrc 702m filter 2-stop:1. Enhances dynamic range: This filter helps to balance the exposure between the bright and dark areas of a scene, allowing you to capture more detail in both highlights and shadows.
2. Reduces overexposure: By reducing the amount of light that enters the camera, this filter can prevent overexposure and help preserve the original colors and tones of your scene.
3. Ideal for landscape photography: The filter is perfect for capturing scenic landscapes with a wide range of brightness levels, such as sunsets, mountains, and seascapes.
4. High-quality construction: The filter features a multi-resistant coating (MRC) that reduces reflection and helps to maintain sharpness and contrast in your photos.
Cons of buying a 66-1067369 62mm graduated neutral density 0.6 mrc 702m filter 2-stop:1. Limited usage: Due to its specific density and size, this filter may not be suitable for all types of photography or scenes.
2. Additional cost: Buying a high-quality filter like this one can add to the overall cost of your photography setup.
3. Requires careful handling: Graduated filters need to be handled with care to avoid vignetting or uneven graduation.
In conclusion, the 66-1067369 62mm graduated neutral density 0.6 mrc 702m filter 2-stop is a valuable tool for landscape photographers who want to capture more detail in their photos while maintaining natural colors and tones. Its high-quality construction and ability to enhance dynamic range make it a worthwhile investment for photographers looking to improve their landscape photography skills. However, the filter's limited usage and additional cost should be considered before making a purchase.
Recommendation: If you are a landscape photographer and are looking for a way to improve your photos by balancing exposure and enhancing dynamic range, the 66-1067369 62mm graduated neutral density 0.6 mrc 702m filter 2-stop is a great option to consider. It is well-constructed, easy to use, and can help you capture stunning landscape images with more detail and natural colors.
Because of the increased difference in brightness, it is even more important for horizon line not to be positioned too far from image.
Made of optical glass with multi-resistant coating mrc. When removing a filter or lens hood that has been screwed on too tight to the filter, retaining ring is not at risk of loosening. Diorama has no control over these charges and cannot predict what they might be.
Specifications filter type graduated neutral density soft hard size 62 .
Printers are not returnable once the toner cartridges have been installed or released. Now it can be used with wide angle lenses, including most 24mm focal lengths on a full frame body, without vignetting.
6 mrc 702M filter - plastic case b w 10 year limited warranty because it attenuates the light twice as much 701m filter.
Part: item includes w 62mm graduated neutral density.
Note the 701m and 702M series of filters are supplied in a rotating mount except 4x6, similar to that polarize.
Items must be in the original, undamaged manufacturers packaging with all materials, including instruction booklet's, packing inserts, and blank warranty cards.
Multi-resistant coating mrc by b w is not only an extraordinarily effective multiple layer coating, it also harder than glass, so that protects filters from scratches for instance when cleaning the and water dirt repellent, thus facilitating filter maintenance.
B w 62mm graduated neutral density. Items with free shipping are only shipped to the 48 contiguous USA. Memory cards and any other blister pack items are not returnable once opened.
Mount this filter uses standard b w rotating f-pro mount, which has a front accessory thread and is made of brass. No guarantees for other times.
Compared to the earlier standard mount introduced in 2001, f-pro has become thinner. These charges must be borne by the recipient.
Another advantage of the f-pro mount is its modified retaining ring, which no longer threaded in from front, but holds filter glass place back.
By two aperture stops it transmits 25 of the incoming light, this graduated filter already produces quite dramatic effects.