Description
The X-Series Variable ND2-2000 Neutral Density Filter is a versatile tool for digital camera lenses, compatible with DSLR cameras from Canon and Nikon. It modifies the intensity of light entering the lens, allowing for control over shutter speed and aperture. Made with pure optical glass and featuring 16 layers of multicoating, it provides up to 99% light transmission and no color shift. It is useful for various photography techniques, such as blurring water motion, reducing depth of field in bright light, using a camera flash with a focal-plane shutter, and achieving desired light attenuation in high-precision laser experiments or astrophotography. It is available in various sizes and comes with fast and free shipping from a US seller.
X-Series Variable Neutral Density ND2 Fader Filter for Camera Lens. What does a neutral density filter do? ND Filters modify the intensity of wavelengths of light equally, providing a neutral color that reduces the amount of light entering the lens while decreasing camera shutter speed. In photography, the amount of light which reaches the sensor can be controlled by the ISO sensitivity, the aperture (f/stop) of the lens, and the shutter speed. There may be times when a necessary effect can be achieved only by using a lens at the wider apertures (for out of focus backgrounds for example). Using a Neutral Density filter can allow you to maintain a wider aperture by reducing the light reaching the sensor. Choosing an ND Filter. Our X-Series Variable ND2 Fader Filter features a continuously variable neutral density filter between ND2 and ND2000 and provides a fader effect. Our ND Filters are made with pure optical glass, feature 16 layers of multicoating, and provide up to 99% light transmission. They are neutral with no color shift and are dyed in the mass glass. Features all metal slim rings that will not vignette on wide angle lenses, and are double threaded to accept other filters or accessories. A ND Filter is helpful in which filming conditions? Blurring water motion such as waterfalls, rivers, oceans, lakes, ponds, etc. Reducing depth of field in very bright light such as daylight, sunrise, high noon, etc. Using a camera flash with a focal-plane shutter. Using a wider aperture to stay below the diffraction limit. Reduce the visibility of moving objects. Extended time exposures. High-precision laser experiments to achieve desired light attenuation. Astrophotography using large telescopes to increase contrast and cut down brightness in bright objects such as the moon.Sizes Available: 49mm 52mm 55mm 58mm 62mm 67mm 72mm 77mm 82mm. Fast and Free Shipping from US Seller!
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