
NiSi Full Spectrum Cinema FS ND 4x5.65 Nano Ti Neutral Density Filter (0.9) - 3 Stop
NiSi · Ted's Cameras
PayPal
Selected variant · Available
Available. The price shown is for this option. We've recorded it as low as $499.95.
In stock when we last checked on 14 Aug 2026. Prices change — confirm on the store's page before buying.
Price history
We started tracking this on 13 Aug 2026 and have recorded a single price so far. The chart appears once we've seen the price move.
Description
The NiSi Full Spectrum Cinema FS ND 4x5.65 Nano Ti Neutral Density Filter (0.9) is a premium 3-stop ND filter engineered for professional cinematography and filmmaking. Constructed from environmentally sustainable H-K9L crown glass with precision flat and parallel surfaces, this filter delivers exceptional optical clarity whilst maintaining pure colour neutrality across the entire visible spectrum including ultraviolet and near-infrared wavelengths. The advanced double-sided nano titanium coating provides durable IR elimination, hydrophobic and oleophobic protection for easy cleaning, and anti-reflective properties that minimise flare and ghosting. Compatible with standard 4x5.65 inch matte boxes, this filter enables precise control over exposure and depth of field, allowing you to capture cinematic imagery with authentic colour accuracy and technical excellence.
- Neutral density 0.9 (ND8) provides 3-stop exposure reduction without colour cast
- Full Spectrum technology transmits light evenly across UV, visible and near-infrared wavelengths
- Titanium coating ensures durability, waterproof and oleophobic surface for longevity
- Precision optical glass with flat and parallel surfaces guarantees razor-sharp image quality
- Japanese-imported edge matting prevents ghosting and glare in professional cinematography
Variants
| Option | Price | Status |
|---|---|---|
| Option 1 | $499.95 | Available |
- Store
- Ted's Cameras
- Brand
- NiSi
- SKU
- 170907
- Category
- Tripods & Accessories
- First tracked
- 13 Aug 2026
- Last checked
- 14 Aug 2026











