The NiSi JetMag Pro ND32000 (15 Stops) Filter is crafted for those creators in need of potent light reduction paired with unyielding colour precision. Utilising NiSi Full Spectrum ND Technology, it ensures neutral image portrayal devoid of the colour shifts, warming or tinting typically linked with extreme ND densities. Diminishing light by 15 stops, it facilitates multi-minute exposures even in the brightest of daylight, making it the perfect tool for cloud smoothing, water softening, achieving striking long exposure effects and managing shutter speed and motion in high-intensity lighting scenarios. The multi-layer Nano coating aids in minimising glare and reflections, providing cleaner detail and enhanced contrast, even when capturing towards intense light sources.
Fast And Reliable Filter System
Designed for the JetMag Pro system, the ND32000 features a magnetic mount for instant attachment and removal, while the locking mechanism helps keep the filter securely in place during demanding shooting conditions. The ultra-slim frame helps minimise vignetting across wide focal lengths, while the waterproof and oil-resistant Nano coating supports easy maintenance and long-term durability. Compatible with a wide range of JetMag Pro adapter rings, the filter integrates seamlessly into multi-lens setups and provides the clarity, stability and reliability required for landscape photography, filmmaking, time-lapse work and aerospace imaging.
The NiSi JetMag Pro FS ND32000(4.5) 95MAG Magnetic Filter (15 Stop) is a versatile tool for creators who need to control light effectively. With features like potent light reduction, neutral image portrayal, and multi-layer Nano coating, it offers flexibility and precision in capturing images. Whether you're shooting in bright daylight or towards intense light sources, this filter ensures your images are free of glare, reflections, and unwanted colour shifts. Its compatibility with the JetMag Pro system and a wide range of adapter rings makes it a reliable choice for landscape photography, filmmaking, time-lapse work, and aerospace imaging.