PGYTECH Osmo Pocket 3 VND Filter (6 to 9-Stop)

Be the first to review this product


PGYTECH Osmo Pocket 3 VND Filter (6 to 9-Stop)

Brand: PGYTECH

List Price: £30.00

Buy for:£19.00Only one store In stock

£19.00

Discounted

Quick Overview

The PGYTECH Osmo Pocket 3 VND Filter 6 9 Stop is designed to help you achieve precise exposure control in extremely bright conditions. Perfect for long exposure and time lapse shots, it reduces highlights and balances lighting while delivering smooth motion blur for cinematic effects. Precision crafted...

The PGYTECH Osmo Pocket 3 VND Filter 6 9 Stop is designed to help you achieve precise exposure control in extremely bright conditions. Perfect for long exposure and time lapse shots, it reduces highlights and balances lighting while delivering smooth motion blur for cinematic effects. Precision crafted from Japanese AGC optical glass, it offers high definition imaging and resists water, stains, and scratches. Its lightweight design and magnetic quick installation make it effortless to use....Read More...»»

Features & Specifications

Material
Glass
  • The PGYTECH Osmo Pocket 3 VND Filter 6 9 Stop is designed to help you achieve precise exposure control in extremely bright conditions. Perfect for long exposure and time lapse shots, it reduces highlights and balances lighting while delivering smooth motion blur for cinematic effects. Precision crafted from Japanese AGC optical glass, it offers high definition imaging and resists water, stains, and scratches. Its lightweight design and magnetic quick installation make it effortless to use.....from Wex Photographic
  • Write Your Own Review

    How do you rate this product? *

      1 * 2 * 3 * 4 * 5 *
    Rating
    Loading best prices…

    Price on the up? Buy today! Follow the Price History for pgytech osmo pocket 3 vnd filter 6 to 9stop

    Compare prices for PGYTECH Osmo Pocket 3 VND Filter (6 to 9-Stop) - Buy PGYTECH Osmo Pocket 3 VND Filter (6 to 9-Stop) - Prices checked on September 17, 2026

    Page generated in 0.208 seconds